GHG Reduction Measures with Co-Pollutant Benefits
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The GHG Reduction Measures with Co-Pollutant Benefits Searchable Table presents data about more than 800 examples of GHG reduction measures collected from 211 state, Metropolitan Statistical Area (MSA), Tribal, and territorial Priority Climate Action Plans (PCAPs) submitted under EPA’s Climate Pollution Reduction Grants Program. Co-pollutants include both criteria air pollutants (CAPs) (e.g., PM2.5, NOx, SO2, VOCs) and hazardous air pollutants (HAPs), which may also be referred to as air toxics. Note: a co-pollutant analysis was not a required element of the PCAP. To explore this data table, users may:
- Filter table entries by jurisdictional level: Use the buttons below to select combinations of state, MSA, or Tribal and territorial data to display in each table.
- Search to narrow table entries: Use keyword searches across all data fields to identify entries of interest.
- Filter and sort data fields: Use column headings to filter and sort the data displayed. Filters can be combined with each other and with keyword searches to offer even more specific information.
- Export lists of information: Use the CSV button (upper right of the table) to download a spreadsheet of the directory information displayed.
Filters, sorts, and searches may be combined to further narrow the data displayed. For example, to identify all MSA PCAPs within a particular state, use the jurisdictional buttons to display only data from MSA PCAPs, and then type a two-letter state abbreviation (e.g., NY) into the keyword search field. Note: the list of CPRG planning grantees (pdf) also provides this information.
View additional explanatory notes on the measure types and quantification tool/methods displayed in table entries here.
Measure Description | Measure Type | Sector | CAP Benefits Analysis Type | CAP Benefits Analysis Tools / Methods | HAP Benefits Analysis Type | HAP Benefits Analysis Tools / Methods | Jurisdiction | PCAP Link (Technical Support Document) |
Jurisdiction |
---|---|---|---|---|---|---|---|---|---|
Convert school buses to EVs. | Electrify municipal buses | Transportation | Quantitative | EPA AVERT | Quantitative | EPA AVERT | Tampa-St. Petersburg-Clearwater, FL | Tampa-St. Petersburg-Clearwater, FL Metro Area (pdf) | MSA |
Increase high capacity transit service across the metropolitan area. | Expand public transit | Transportation | Quantitative | EPA MOVES | Quantitative | EPA MOVES | Portland-Vancouver-Hillsboro, OR-WA | Portland-Vancouver-Hillsboro, OR-WA Metro Area (pdf) | MSA |
Redesign streets and infrastructure to reduce delays for transit vehicles and encourage residents to switch to public transportation. | Expand public transit | Transportation | Quantitative | EPA MOVES | Quantitative | EPA MOVES | Portland-Vancouver-Hillsboro, OR-WA | Portland-Vancouver-Hillsboro, OR-WA Metro Area (pdf) | MSA |
Expand transit signal priority to reduce delay for buses and encourage residents to switch to public transportation. | Expand public transit | Transportation | Quantitative | EPA MOVES | Quantitative | EPA MOVES | Portland-Vancouver-Hillsboro, OR-WA | Portland-Vancouver-Hillsboro, OR-WA Metro Area (pdf) | MSA |
Expand bicycle and pedestrian network. | Increase active transportation | Transportation | Quantitative | EPA MOVES | Quantitative | EPA MOVES | Portland-Vancouver-Hillsboro, OR-WA | Portland-Vancouver-Hillsboro, OR-WA Metro Area (pdf) | MSA |
Expand use of parking pricing. | Reduce vehicle miles traveled | Transportation | Quantitative | EPA MOVES | Quantitative | EPA MOVES | Portland-Vancouver-Hillsboro, OR-WA | Portland-Vancouver-Hillsboro, OR-WA Metro Area (pdf) | MSA |
Expand the use of electric buses in the region’s transit fleets. | Electrify municipal buses | Transportation | Quantitative | EPA MOVES | Quantitative | EPA MOVES | Portland-Vancouver-Hillsboro, OR-WA | Portland-Vancouver-Hillsboro, OR-WA Metro Area (pdf) | MSA |
Encourage consumers and fleet operators to purchase or lease new light, medium- and heavy-duty zero-emissions vehicles and/or fueling infrastructure | Increase the deployment of electric vehicles; Develop EV charging infrastructure | Transportation | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Albany-Schenectady-Troy, NY | Albany-Schenectady-Troy, NY Metro Area (pdf) | MSA |
Invest in zero-emissions transit vehicles, energy supply, power sources and storage strategies, in-field/on-route transit vehicle charging infrastructure, and other support investments needed to eliminate emissions from transit services. | Develop EV charging infrastructure; Electrify municipal buses; Develop energy storage systems | Transportation; Electricity | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Albany-Schenectady-Troy, NY | Albany-Schenectady-Troy, NY Metro Area (pdf) | MSA |
Transition light, medium, and heavy-duty fleets to appropriate zero-emission platforms and prepare to replace vehicles as options become available on the market. | Electrify government and/or publicly owned vehicle fleets; Increase the deployment of electric MDVs and/or HDVs | Transportation | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Albany-Schenectady-Troy, NY | Albany-Schenectady-Troy, NY Metro Area (pdf) | MSA |
Reduce single occupancy vehicles on the road with financial incentives and other policies to encourage travelers to commute using rideshare, carpooling, and taxi services to reduce vehicle miles traveled in the region. | Encourage carpooling | Transportation | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Albany-Schenectady-Troy, NY | Albany-Schenectady-Troy, NY Metro Area (pdf) | MSA |
Create incentives or local policies to transition away from using gasoline and diesel offroad vehicles and equipment used by residents and businesses, local governments, farms, construction companies, and industrial operators. | Electrify off road vehicles or equipment; Utilize low carbon fuels | Transportation | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Albany-Schenectady-Troy, NY | Albany-Schenectady-Troy, NY Metro Area (pdf) | MSA |
Fund projects and plans to improve, enhance, and expand Capital District Transportation Authority services, to shift trips using individual vehicles to lower-polluting modes and reduce single occupancy vehicle dependency. | Expand public transit | Transportation | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Albany-Schenectady-Troy, NY | Albany-Schenectady-Troy, NY Metro Area (pdf) | MSA |
Encourage implementation of e-bikes, e-scooters and support infrastructure by introducing options for direct purchase or reimbursements to local governments and mobility operators to build and install charging infrastructure. | Increase active transportation; Develop EV charging infrastructure | Transportation | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Albany-Schenectady-Troy, NY | Albany-Schenectady-Troy, NY Metro Area (pdf) | MSA |
Provide assistance to local governments to develop plans and edit codes to encourage infill, compact development, transit-oriented and transit supportive development, and new paved trails throughout the region. | Build dense communities; Build housing in transit connected locations | Transportation | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Albany-Schenectady-Troy, NY | Albany-Schenectady-Troy, NY Metro Area (pdf) | MSA |
Implement advanced data-driven management and monitoring technologies such as real time travel information and optimization to improve traffic flow, reduce idling, and reduce the need for drivers to search for parking spaces. | Improve transportation systems management and operations; Reduce idling | Transportation | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Albany-Schenectady-Troy, NY | Albany-Schenectady-Troy, NY Metro Area (pdf) | MSA |
Incentivize the development and purchase of alternative fuel and advanced vehicle technologies for off-road port vehicles and marine vessels, airport operations vehicles and aircraft. | Electrify or increase efficiency of non-road transportation; Utilize low carbon fuels; Electrify off road vehicles or equipment | Transportation | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Albany-Schenectady-Troy, NY | Albany-Schenectady-Troy, NY Metro Area (pdf) | MSA |
Install air and ground source heat pumps in residential and commercial buildings to reduce use of natural gas and fuel oil. | Deploy electric heat pumps | Commercial and residential buildings | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Albany-Schenectady-Troy, NY | Albany-Schenectady-Troy, NY Metro Area (pdf) | MSA |
Prepare building stock by investing in electric service and envelop upgrades needed for heat pumps, on-site renewable generation, energy storage, and battery electric vehicle charging and support buildings in LIDAC communities. | Electrify existing buildings; Increase deployment of distributed renewables; Deploy electric heat pumps; Develop EV charging infrastructure | Commercial and residential buildings; Transportation; Electricity | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Albany-Schenectady-Troy, NY | Albany-Schenectady-Troy, NY Metro Area (pdf) | MSA |
Utilize stakeholder planning and zoning processes to identify optimal locations for small, medium, and large renewable energy generation and storage systems and improve coordination between New York State Energy Research and Development Authority and municipalities on related policy and programs for solar, wind, energy storage, and anaerobic digestion. | Increase deployment of distributed renewables; Develop energy storage systems; Expand utility-scale renewable energy generation | Commercial and residential buildings; Electricity | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Albany-Schenectady-Troy, NY | Albany-Schenectady-Troy, NY Metro Area (pdf) | MSA |
Promote clean energy policies and programs like Community Choice Aggregation to, where appropriate, increase access to cost-effective clean energy supplies. | Facilitate community choice aggregation programs | Electricity | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Albany-Schenectady-Troy, NY | Albany-Schenectady-Troy, NY Metro Area (pdf) | MSA |
Adopt and enforce advanced energy codes or stretch codes. | Leverage building codes | Commercial and residential buildings | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Albany-Schenectady-Troy, NY | Albany-Schenectady-Troy, NY Metro Area (pdf) | MSA |
Identify and implement thermal loops to replace the natural gas grid where feasible and leverage thermal energy sources such as ground source geothermal, heat recovery from municipal wastewater systems, water bodies, and other sources available. | Use district geothermal, cogeneration, or waste heat recovery | Electricity | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Albany-Schenectady-Troy, NY | Albany-Schenectady-Troy, NY Metro Area (pdf) | MSA |
Develop a comprehensive program in partnership with housing advocates, developers, landlords, and municipalities to ensure rental housing is upgraded to provide tenants with clean, healthy, and affordable energy. | Increase deployment of distributed renewables; Electrify existing buildings | Commercial and residential buildings; Electricity | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Albany-Schenectady-Troy, NY | Albany-Schenectady-Troy, NY Metro Area (pdf) | MSA |
Reduce landfills by creating community and government programs to promote residential, commercial, and industrial composting, including food scraps. | Increase composting | Waste and materials management | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Albany-Schenectady-Troy, NY | Albany-Schenectady-Troy, NY Metro Area (pdf) | MSA |
Implement measures to reduce leakage and ensure recovery and recycling of hydrofluorocarbon based refrigerants. Invest in low emissions alternatives in industries such as hospitals, grocery stores and ice rinks. Manage and track refrigerants in GHG inventories. | Phase out HFCs | Commercial and residential buildings | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Albany-Schenectady-Troy, NY | Albany-Schenectady-Troy, NY Metro Area (pdf) | MSA |
Reduce 10% of gasoline vehicle miles traveled by 2050. | Reduce vehicle miles traveled | Transportation | Qualitative | N/A | None | N/A | San Antonio-New Braunfels, TX | San Antonio-New Braunfels, TX Metro Area (pdf) | MSA |
Switch 95.63% of gasoline vehicle miles traveled to EVs by 2050. | Increase the deployment of electric vehicles | Transportation | Qualitative | N/A | None | N/A | San Antonio-New Braunfels, TX | San Antonio-New Braunfels, TX Metro Area (pdf) | MSA |
Switch 99.63% of diesel vehicle miles traveled to EVs by 2050. | Increase the deployment of electric vehicles | Transportation | Qualitative | N/A | None | N/A | San Antonio-New Braunfels, TX | San Antonio-New Braunfels, TX Metro Area (pdf) | MSA |
Increase decarbonization initiatives to effectively decarbonize low-income multi-family housing complexes located in LIDAC tracts. | Improve appliance energy efficiency; Increase the deployment of electric vehicles; Increase composting | Commercial and residential buildings; Transportation; Waste and materials management | Quantitative | Unspecified | None | N/A | Albuquerque, NM | Albuquerque, NM Metro Area (pdf) | MSA |
Reduce emissions, build greater resiliency, and more equitably distribute resources and infrastructure to a minimum of 32 community centers in LIDAC communities. | Increase deployment of distributed renewables; Develop EV charging infrastructure; Improve building energy efficiency | Commercial and residential buildings; Transportation | Quantitative | Unspecified | None | N/A | Albuquerque, NM | Albuquerque, NM Metro Area (pdf) | MSA |
Incorporate solar-powered agriculture storage structure, two outhouses with electric incinerating toilets and portable sinks and stormwater management infrastructure into the Los Poblanos Open Space. | Increase deployment of distributed renewables | Commercial and residential buildings; Electricity | Quantitative | Unspecified | None | N/A | Albuquerque, NM | Albuquerque, NM Metro Area (pdf) | MSA |
Build solar panel canopies at Central New Mexico Community College Main, Market Place, Montoya, Westside, and Workforce Training Center Campuses. | Increase deployment of distributed renewables | Commercial and residential buildings; Electricity | Quantitative | EPA AVERT | None | N/A | Albuquerque, NM | Albuquerque, NM Metro Area (pdf) | MSA |
Design a transit plaza co-located with affordable housing to improve long-term transit access for LIDACs. | Build housing in transit connected locations | Transportation | Quantitative | Unspecified | None | N/A | Albuquerque, NM | Albuquerque, NM Metro Area (pdf) | MSA |
Introduce new bicycling infrastructure to incentivize biking and commuting for transportation. | Increase active transportation | Transportation | Quantitative | Unspecified | None | N/A | Albuquerque, NM | Albuquerque, NM Metro Area (pdf) | MSA |
Create a dedicated pedestrian and bicycle corridor that is offset from the road in the heart of downtown will serve both local and regional commuters, closing the missing link for safe access to jobs, amenities, and tourist destinations. | Increase active transportation | Transportation | Quantitative | Unspecified | None | N/A | Albuquerque, NM | Albuquerque, NM Metro Area (pdf) | MSA |
Introduce a new trail for commuting and recreation that also reaches a LIDAC community. | Increase active transportation | Transportation | Quantitative | Unspecified | None | N/A | Albuquerque, NM | Albuquerque, NM Metro Area (pdf) | MSA |
Replace fossil fuel powered Transit Department vehicles with zero emission vehicles. | Electrify government and/or publicly owned vehicle fleets | Transportation | Quantitative | Unspecified | None | N/A | Albuquerque, NM | Albuquerque, NM Metro Area (pdf) | MSA |
Transition the current government fleet to electric vehicles. | Electrify government and/or publicly owned vehicle fleets | Transportation | Quantitative | Unspecified | None | N/A | Albuquerque, NM | Albuquerque, NM Metro Area (pdf) | MSA |
Increase availability of public electric vehicle charging infrastructure at Central New Mexico Community College. | Develop EV charging infrastructure | Transportation | Quantitative | Unspecified | None | N/A | Albuquerque, NM | Albuquerque, NM Metro Area (pdf) | MSA |
Convert vehicles in the Aviation department vehicle fleet to zero emission vehicles. | Electrify government and/or publicly owned vehicle fleets | Transportation | Quantitative | Unspecified | None | N/A | Albuquerque, NM | Albuquerque, NM Metro Area (pdf) | MSA |
Install DC Fast Chargers downtown and at Route 66 Visitors Center at Central and I-40 to include six level 3 and two upgraded level 2 charging ports. | Develop EV charging infrastructure | Transportation | Quantitative | Unspecified | Quantitative | Unspecified | Albuquerque, NM | Albuquerque, NM Metro Area (pdf) | MSA |
Accelerate the availability of public electric vehicle charging infrastructure. | Develop EV charging infrastructure | Transportation | Quantitative | Unspecified | None | N/A | Albuquerque, NM | Albuquerque, NM Metro Area (pdf) | MSA |
Accelerate the diversion of green waste material from local landfills and increase the conversion of this waste into reusable inputs to grow the green infrastructure. | Increase composting | Waste and materials management | Quantitative | Unspecified | None | N/A | Albuquerque, NM | Albuquerque, NM Metro Area (pdf) | MSA |
Install street trees and green stormwater infrastructure along residential roads impacted by flooding in the unincorporated area of the Albuquerque South Valley. | Expand urban forests and/or green spaces | Natural and working lands | Quantitative | Custom-built tool | None | N/A | Albuquerque, NM | Albuquerque, NM Metro Area (pdf) | MSA |
Develop green stormwater infrastructure including planting trees and vegetation. | Expand urban forests and/or green spaces | Natural and working lands | Quantitative | Unspecified | None | N/A | Albuquerque, NM | Albuquerque, NM Metro Area (pdf) | MSA |
Increase tree inventory data and tree planting locations. | Maintain or expand existing forests | Natural and working lands | Quantitative | Unspecified | None | N/A | Albuquerque, NM | Albuquerque, NM Metro Area (pdf) | MSA |
Expand bike and pedestrian paths by providing 100 miles of on-road bike paths and 250 miles of side paths and establish bicycle and pedestrian mode-share targets of 2% for 2025 and 4% for 2030, with the goal of improving access for LIDACs. | Increase active transportation | Transportation | Quantitative | N/A | None | N/A | Baton Rouge, LA | Baton Rouge, LA Metro Area (pdf) | MSA |
Redesign a suite of services offered by the transit system within the City of Baton Rouge and the City of Baker and expand the ongoing Plank-Nicholson BRT Project which encompasses a system redesign with route modifications, frequency adjustments, and a potential introduction of new mobility options, such as microtransit. | Expand public transit | Transportation | Quantitative | N/A | None | N/A | Baton Rouge, LA | Baton Rouge, LA Metro Area (pdf) | MSA |
Implement an intercity passenger rail service between Baton Rouge and New Orleans, providing a highly visible, reliable alternative to driving between these two cities and fostering the development of one super-region. | Expand public transit | Transportation | Quantitative | N/A | None | N/A | Baton Rouge, LA | Baton Rouge, LA Metro Area (pdf) | MSA |
Implement other transit systems across the metropolitan planning area, including rural and specialized transit systems, in five parishes (East and West Baton Rouge, Ascension, Iberville, and Livingston). | Expand public transit | Transportation | Quantitative | N/A | None | N/A | Baton Rouge, LA | Baton Rouge, LA Metro Area (pdf) | MSA |
Restore and enhance wetlands and natural features through efforts such as floodplain restoration; riparian vegetation restoration; and wetland, prairie, and forest restoration, with an objective to restore 200 acres per year for 10 years (e.g., 7 tons of CO2e per acre per year of wetlands would be sequestrated). | Preserve or expand wetlands; Manage or restore grasslands for carbon sequestration; Maintain or expand existing forests | Natural and working lands | Quantitative | N/A | None | N/A | Baton Rouge, LA | Baton Rouge, LA Metro Area (pdf) | MSA |
Enhance tree canopy cover across the MSA, prioritizing areas with LIDACs that have low tree cover and high environmental burdens. | Expand urban forests and/or green spaces | Natural and working lands | Quantitative | N/A | None | N/A | Baton Rouge, LA | Baton Rouge, LA Metro Area (pdf) | MSA |
Establish a Clean Cars 4 All program that provides incentives to help lower-income consumers living in priority populations replace their old higher polluting vehicles with newer and cleaner transportation (based on the program from the California Air Resources Board. | Increase the deployment of electric vehicles; Increase active transportation; Develop EV charging infrastructure | Transportation | Quantitative | N/A | None | N/A | Baton Rouge, LA | Baton Rouge, LA Metro Area (pdf) | MSA |
Implement efficiency measures for building envelopes and heating distribution systems by replacing gas furnaces with air-source heat pumps. | Deploy electric heat pumps; Install more efficient heating or cooling equipment; Electrify existing buildings | Commercial and residential buildings | Quantitative and Qualitative | ResStock | None | N/A | San Francisco-Oakland-Berkeley, CA | San Francisco-Oakland-Berkeley, CA Metro Area (pdf) | MSA |
Implement efficiency measures for building envelopes and heating distribution systems by replacing gas boilers with air-source heat pumps. | Deploy electric heat pumps; Install more efficient heating or cooling equipment; Electrify existing buildings | Commercial and residential buildings | Quantitative and Qualitative | ResStock | None | N/A | San Francisco-Oakland-Berkeley, CA | San Francisco-Oakland-Berkeley, CA Metro Area (pdf) | MSA |
Implement efficiency measures for building envelopes and heating distribution systems by replacing propane furnaces with air-source heat pumps. | Deploy electric heat pumps; Install more efficient heating or cooling equipment; Electrify existing buildings | Commercial and residential buildings | Quantitative and Qualitative | ResStock | None | N/A | San Francisco-Oakland-Berkeley, CA | San Francisco-Oakland-Berkeley, CA Metro Area (pdf) | MSA |
Retrofit homes to use electricity instead of natural gas by replacing gas water heater with electric central heat pumps. | Deploy electric heat pumps; Install more efficient heating or cooling equipment; Electrify existing buildings | Commercial and residential buildings | Quantitative and Qualitative | ResStock | None | N/A | San Francisco-Oakland-Berkeley, CA | San Francisco-Oakland-Berkeley, CA Metro Area (pdf) | MSA |
Retrofit homes to use electricity instead of natural gas by replacing gas ovens and ranges with electric ovens and induction stovetops. | Improve appliance energy efficiency; Electrify existing buildings | Commercial and residential buildings | Quantitative and Qualitative | ResStock | None | N/A | San Francisco-Oakland-Berkeley, CA | San Francisco-Oakland-Berkeley, CA Metro Area (pdf) | MSA |
Retrofit homes to use electricity instead of natural gas by replacing gas dryers with ENERGY STAR electric dryers. | Improve appliance energy efficiency; Electrify existing buildings | Commercial and residential buildings | Quantitative and Qualitative | ResStock | None | N/A | San Francisco-Oakland-Berkeley, CA | San Francisco-Oakland-Berkeley, CA Metro Area (pdf) | MSA |
Implement smart thermostat and lighting efficiency measures. | Improve appliance energy efficiency | Commercial and residential buildings | Quantitative and Qualitative | ResStock | None | N/A | San Francisco-Oakland-Berkeley, CA | San Francisco-Oakland-Berkeley, CA Metro Area (pdf) | MSA |
Implement weatherization and deep envelope program measures to improve building efficiency. | Improve weatherization | Commercial and residential buildings | Quantitative and Qualitative | ResStock | None | N/A | San Francisco-Oakland-Berkeley, CA | San Francisco-Oakland-Berkeley, CA Metro Area (pdf) | MSA |
Electrify public transit fleet. | Electrify government and/or publicly owned vehicle fleets; Electrify municipal buses | Transportation | Quantitative and Qualitative | Energy Policy Simulator | Quantitative and Qualitative | Energy Policy Simulator | Bowling Green KY | Bowling Green, KY Metro Area (pdf) | MSA |
Expand public transit and improve routes. | Expand public transit | Transportation | Quantitative and Qualitative | Energy Policy Simulator | Quantitative and Qualitative | Energy Policy Simulator | Bowling Green KY | Bowling Green, KY Metro Area (pdf) | MSA |
Expand shared use paths by developing multi-use paths to connect residents with their important locations and services in their neighborhoods, such as schools, bus stops, grocery stores, and recreational activities. | Increase active transportation | Transportation | Quantitative and Qualitative | Energy Policy Simulator | Quantitative and Qualitative | Energy Policy Simulator | Bowling Green KY | Bowling Green, KY Metro Area (pdf) | MSA |
Improve traffic flow and efficiency by minimizing time vehicles spend idling in traffic by improving overall efficiency of the road network. | Apply technology or best practices to improve fuel efficiency; Reduce idling; Improve transportation systems management and operations | Transportation | Quantitative and Qualitative | Energy Policy Simulator | Quantitative and Qualitative | Energy Policy Simulator | Bowling Green KY | Bowling Green, KY Metro Area (pdf) | MSA |
Incentive programs for implementation of end-use energy efficiency measures in existing commercial buildings. | Install more efficient heating or cooling equipment; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative and Qualitative | EPA GLIMPSE | Quantitative and Qualitative | EPA GLIMPSE | Bowling Green KY | Bowling Green, KY Metro Area (pdf) | MSA |
Incentive programs for the purchase of certified energy-efficient lighting in commercial and industrial buildings, as well as streetlights. | Install LED Streetlights; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative and Qualitative | EPA GLIMPSE | Quantitative and Qualitative | EPA GLIMPSE | Bowling Green KY | Bowling Green, KY Metro Area (pdf) | MSA |
Create programs for the purchase of certified energy-efficient building products to replace inefficient products in residential buildings. | Install more efficient heating or cooling equipment; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative and Qualitative | EPA GLIMPSE | Quantitative and Qualitative | EPA GLIMPSE | Bowling Green KY | Bowling Green, KY Metro Area (pdf) | MSA |
Create weatherization programs for residential buildings by focuses on energy management actions taken at the residential level to improve energy efficiency in dwellings. | Improve weatherization | Commercial and residential buildings | Quantitative and Qualitative | EPA GLIMPSE | Quantitative and Qualitative | EPA GLIMPSE | Bowling Green KY | Bowling Green, KY Metro Area (pdf) | MSA |
Develop and distribute solar energy generation by implementing small-scale and community shared solar energy across the Bowling Green MSA's residential and commercial areas. | Support development or expansion of community solar programs; Increase deployment of distributed renewables | Electricity; Commercial and residential buildings | Quantitative and Qualitative | Energy Policy Simulator | Quantitative and Qualitative | Energy Policy Simulator | Bowling Green KY | Bowling Green, KY Metro Area (pdf) | MSA |
Upgrade electricity distribution to reduce transmission loss and thereby reduce overall power consumption through increased efficiency. | Develop transmission and distribution infrastructure | Electricity | Quantitative and Qualitative | EPA GLIMPSE | Quantitative and Qualitative | EPA GLIMPSE | Bowling Green KY | Bowling Green, KY Metro Area (pdf) | MSA |
Reduce the amount of organic waste in landfills that contributes to methane emissions by developing composting programs that help reduce food waste. | Increase composting | Waste and materials management | Quantitative and Qualitative | Energy Policy Simulator | Quantitative and Qualitative | Energy Policy Simulator | Bowling Green KY | Bowling Green, KY Metro Area (pdf) | MSA |
Expanding green spaces that enhance urban greenery with native vegetation, such as low-lying shrubs that do not interfere with overhead power lines. | Expand urban forests and/or green spaces | Natural and working lands | Quantitative and Qualitative | Energy Policy Simulator | Quantitative and Qualitative | Energy Policy Simulator | Bowling Green KY | Bowling Green, KY Metro Area (pdf) | MSA |
Generate 500 megawatts of new solar projects in the residential, commercial, and municipal sectors by 2050 | Increase deployment of distributed renewables; Support development or expansion of community solar programs | Electricity; Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Columbia, SC | Columbia, SC Metro Area (pdf) | MSA |
Enhance public charging infrastructure across the Midlands with an aim to increase the share of electric vehicles in passenger transportation to 15% by 2030 and 60% by 2050. | Develop EV charging infrastructure | Transportation | Quantitative | EPA AVERT | None | N/A | Columbia, SC | Columbia, SC Metro Area (pdf) | MSA |
Deploy eight electric trainsets into service and retire sixteen diesel locomotives in Metra's regional passenger rail fleet. | Electrify or increase efficiency of non-road transportation | Transportation | Quantitative | EPA DEQ | None | N/A | Chicago-Naperville-Elgin, IL-IN-WI | Chicago-Naperville-Elgin, IL-IN-WI Metro Area (pdf) | MSA |
Transition passenger vehicles used in the city such that 30 percent of all passenger vehicles are EVs by 2030, as well as increase medium- and heavy-duty EVs by 30 percent over current levels through improving the availability of charging stations. | Increase the deployment of electric vehicles; Increase the deployment of electric MDVs and/or HDVs | Transportation | Qualitative | Unspecified | None | N/A | Bakersfield, CA | Bakersfield, CA Metro Area (pdf) | MSA |
Update construction equipment to electric or other fuel alternatives so that 80 percent of construction equipment will be powered by alternative fuels, and 19 percent electrified. | Electrify off road vehicles or equipment; Utilize low carbon fuels | Transportation | Qualitative | Unspecified | None | N/A | Bakersfield, CA | Bakersfield, CA Metro Area (pdf) | MSA |
Increase walking and biking as a means of transport instead of driving in passenger vehicles through improving roads, pedestrian, and biking infrastructure, and reduce approximately 138 million annual vehicle miles traveled by 2030. | Increase active transportation | Transportation | Qualitative | Unspecified | None | N/A | Bakersfield, CA | Bakersfield, CA Metro Area (pdf) | MSA |
Increase access to public transit and reduce new vehicle miles traveled for passenger and commercial vehicles by 15%. Increase residential density near transit, prioritizing affordable housing development, to increase access to public transit and reduce new vehicle miles traveled for passenger and commercial vehicles by 15%. | Build housing in transit connected locations; Build dense communities | Transportation | Qualitative | Unspecified | None | N/A | Bakersfield, CA | Bakersfield, CA Metro Area (pdf) | MSA |
Install solar power at 1,404,134 residential and 62,990 commercial units in 25 years. | Increase deployment of distributed renewables | Electricity; Commercial and residential buildings | Quantitative | EPA AVERT | Quantitative | EPA AVERT | Tampa-St. Petersburg-Clearwater, FL | Tampa-St. Petersburg-Clearwater, FL Metro Area (pdf) | MSA |
Expand solar storage for public facilities. | Increase deployment of distributed renewables; Develop energy storage systems | Electricity; Commercial and residential buildings | Qualitative | N/A | None | N/A | Tampa-St. Petersburg-Clearwater, FL | Tampa-St. Petersburg-Clearwater, FL Metro Area (pdf) | MSA |
Retrofit 2,048 fire stations and 452 schools and community facilities in 5 years for energy efficiency. | Improve municipal building efficiency | Commercial and residential buildings | Quantitative | EPA AVERT | Quantitative | EPA AVERT | Tampa-St. Petersburg-Clearwater, FL | Tampa-St. Petersburg-Clearwater, FL Metro Area (pdf) | MSA |
Retrofit 34,267 street lights in 5 years to improve energy efficiency. | Install LED Streetlights | Commercial and residential buildings | Qualitative | N/A | None | N/A | Tampa-St. Petersburg-Clearwater, FL | Tampa-St. Petersburg-Clearwater, FL Metro Area (pdf) | MSA |
Expand hydrogen power generation to become a regional hydrogen hub. | Use cleaner fuels for power generation | Electricity | Qualitative | N/A | None | N/A | Tampa-St. Petersburg-Clearwater, FL | Tampa-St. Petersburg-Clearwater, FL Metro Area (pdf) | MSA |
Expand the public transit network to achieve 40,668 new transit users after 5 years. | Expand public transit | Transportation | Qualitative | N/A | None | N/A | Tampa-St. Petersburg-Clearwater, FL | Tampa-St. Petersburg-Clearwater, FL Metro Area (pdf) | MSA |
Expand ridership for public transit by 655,119 new users after 25 years. | Expand public transit | Transportation | Qualitative | N/A | None | N/A | Tampa-St. Petersburg-Clearwater, FL | Tampa-St. Petersburg-Clearwater, FL Metro Area (pdf) | MSA |
Develop EV mapping and install regional charging hubs. | Develop EV charging infrastructure | Transportation | Qualitative | N/A | None | N/A | Tampa-St. Petersburg-Clearwater, FL | Tampa-St. Petersburg-Clearwater, FL Metro Area (pdf) | MSA |
Incentivize EV purchases through the implementation of vehicle charging stations, financing mechanisms, and incentivizing alternative modes of transportation. | Increase the deployment of electric vehicles | Transportation | Qualitative | N/A | None | N/A | Tampa-St. Petersburg-Clearwater, FL | Tampa-St. Petersburg-Clearwater, FL Metro Area (pdf) | MSA |
Leverage public/private partnerships to expand EV charging infrastructure. | Develop EV charging infrastructure | Transportation | Qualitative | N/A | None | N/A | Tampa-St. Petersburg-Clearwater, FL | Tampa-St. Petersburg-Clearwater, FL Metro Area (pdf) | MSA |
Electrify region's school buses, public transit vehicles and other heavy-duty vehicles and equipment. | Increase the deployment of electric MDVs and/or HDVs; Electrify municipal buses | Transportation | Qualitative | N/A | None | N/A | Cleveland-Elyria, OH | Cleveland-Elyria, OH Metro Area (pdf) | MSA |
Divert organic waste from the landfill through education, establishment of community drop-off locations for food waste composting, commercial pick-up locations and curbside organics collection. | Increase composting | Waste and materials management | Qualitative | N/A | None | N/A | Cleveland-Elyria, OH | Cleveland-Elyria, OH Metro Area (pdf) | MSA |
Transition heavy and medium-duty on-road vehicles and the public sector fleet to alternative fuel and electric vehicles. | Increase the deployment of electric MDVs and/or HDVs; Electrify government and/or publicly owned vehicle fleets; Encourage deployment of higher fuel efficiency vehicles | Transportation | Quantitative | AFLEET | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Build infrastructure and provide incentives to support the use of low carbon fuels. | Utilize low carbon fuels | Transportation | Quantitative | AFLEET | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Establish an emissions compliance taskforce to monitor methane emissions and combat fraudulent vehicle inspections. | Apply technology or best practices to improve fuel efficiency | Transportation | Qualitative | Unspecified | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Retrofit streetlights with energy efficient LEDs. | Install LED Streetlights | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Improve transit services by upgrading transit infrastructure, expanding services, subsidizing fares, and developing mobility hubs. | Expand public transit; Encourage carpooling | Transportation | Quantitative | EPA MOVES | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Encourage active transportation by improving transit infrastructure for pedestrians, bicycles, and other non-motorized forms of travel. | Increase active transportation | Transportation | Quantitative | Unspecified | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Establish green purchasing and/or green construction programs to encourage the adoption of sustainable materials and practices. | Utilize low embodied carbon materials | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Expand and maintain green spaces to mitigate the urban heat island effects associated with transportation infrastructure. | Expand urban forests and/or green spaces | Natural and working lands | Quantitative | i-Tree | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Reduce road congestion by improving traffic signal timing and implementing bus signal prioritization. | Improve transportation systems management and operations; Improve road conditions | Transportation | Quantitative | EPA MOVES | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Increase freight supply chain efficiency by improving the digital and physical infrastructure for truck and rail transport. | Improve transportation systems management and operations | Transportation | Quantitative | EPA MOVES | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Reduce vehicle miles traveled by co-locating jobs and housing, providing incentives for commuters, and utilizing smart infrastructure technologies. | Build dense communities | Transportation | Quantitative | EPA MOVES | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Encourage the adoption of energy efficient technologies in public sector buildings and transition refrigerants from hydrofluorocarbons. | Improve municipal building efficiency; Install more efficient heating or cooling equipment; Improve appliance energy efficiency; Phase out HFCs | Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Improve residential energy efficiency by providing residential energy audits, weatherization programs, and incentives for residential solar. | Improve weatherization; Increase deployment of distributed renewables | Commercial and residential buildings; Electricity | Quantitative | EPA AVERT | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Promote energy audits and building benchmarking in public and commercial facilities. | Develop building benchmarking and performance standards | Commercial and residential buildings | Qualitative | Unspecified | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Transition existing roofs on government buildings to cool and green roofs. | Improve building energy efficiency; Expand urban forests and/or green spaces | Commercial and residential buildings; Natural and working lands | Quantitative | EPA AVERT | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Enhance energy resiliency by developing distributed energy resources and retrofitting government buildings with resiliency elements. | Increase deployment of distributed renewables; Develop microgrids | Electricity; Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Upgrade on-site sewage systems through repairs, upgrades, and financial incentives. | Reduce emissions from wastewater treatment facilities | Waste and materials management | Quantitative | EPA AVERT | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Improve energy efficiency in water and wastewater treatment facilities by upgrading infrastructure and treatment processes. | Reduce emissions from wastewater treatment facilities; Deploy electric heat pumps | Waste and materials management; Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Divert biosolids from wastewater treatment plants into waste-to-energy facilities. | Increase waste-to-energy | Waste and materials management | Quantitative | Unspecified | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Support effluent reuse by upgrading infrastructure and expanding existing programs at wastewater treatment plants. | Reduce emissions from wastewater treatment facilities | Waste and materials management | Quantitative | EPA AVERT | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Improve local water conservation by promoting smart use among utility customers and exploring new water storage and harvesting techniques. | Improve efficiency of water infrastructure; Encourage behavior changes to conserve building energy | Commercial and residential buildings; Waste and materials management | Quantitative | EPA AVERT | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Divert organic waste into waste-to-energy systems using anaerobic digestion. | Increase anaerobic digestion; Increase waste-to-energy | Waste and materials management | Quantitative | Biogas Calculator | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Promote practices that divert construction and demolition debris by expanding recycling sites and partnering with construction companies to adopt low-waste construction techniques. | Increase recycling | Waste and materials management | Qualitative | Unspecified | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Construct a comprehensive waste management facility and implement landfill gas collection systems. | Increase capture and/or utilization of gas from landfills | Waste and materials management | Qualitative | Unspecified | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Upgrade recycling facilities to increase efficiency and recycling capacity. | Increase recycling | Waste and materials management | Qualitative | Unspecified | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Expand waste collection services for multifamily dwellings and reduce vehicle emissions from waste hauling. | Develop analytical and planning tools for materials management; Increase the deployment of electric MDVs and/or HDVs | Waste and materials management; Transportation | Qualitative | Unspecified | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Promote the expansion of green space by developing a Comprehensive Greening Plan, providing incentives to green commercial property, increasing green neighborhood spaces, and greening government buildings. | Expand urban forests and/or green spaces; Improve municipal building efficiency | Natural and working lands; Commercial and residential buildings | Qualitative | Unspecified | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Support parks management and maintenance by increasing parkland acreage and electrifying municipal lawn care equipment. | Maintain or expand existing forests; Electrify off road vehicles or equipment | Natural and working lands; Transportation | Quantitative | Unspecified | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Expand local tree canopy and develop an urban forestry floodplain and floodway initiative. | Expand urban forests and/or green spaces | Natural and working lands | Qualitative | Unspecified | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Improve agricultural management practices through programs that reduce methane emissions from livestock, electrify irrigation equipment, and expand opportunities for urban agriculture. | Improve livestock management; Reduce agricultural fuel emissions | Agriculture | Qualitative | EPA AVERT | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Update codes and zoning requirements to promote green space conservation and preservation. | Expand urban forests and/or green spaces | Natural and working lands | Qualitative | Unspecified | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Promote the use of smartphone applications that motivate residents to reduce their carbon footprint. | Education and engagement | Cross-cutting | Qualitative | Unspecified | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Develop the local workforce to support GHG reduction measures in the energy, waste and land management sectors. | Develop green workforce | Electricity; Waste and materials management; Natural and working lands | Qualitative | Unspecified | None | N/A | Dallas-Fort Worth-Arlington, TX | Dallas-Fort Worth-Arlington, TX Metro Area (pdf) | MSA |
Subsidize and help commercial, multifamily, municipal, university, school, hospital and other buildings to upgrade from fossil-fuel based systems to electric power and upgrade heating and cooling equipment to more energy efficient alternatives. | Electrify existing buildings; Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Denver-Aurora-Lakewood, CO Metro Area | Denver-Aurora-Lakewood, CO Metro Area (pdf) | MSA |
Support existing, large multifamily property owners in decreasing costs and climate pollution emissions through energy efficient and electrification upgrades. | Electrify existing buildings; Develop building benchmarking and performance standards; Education and engagement | Commercial and residential buildings | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Denver-Aurora-Lakewood, CO Metro Area | Denver-Aurora-Lakewood, CO Metro Area (pdf) | MSA |
Work with community based organizations to offer free energy audit services and home upgrade funding to low income, disproportionately affected households. | Education and engagement; Improve building energy efficiency | Commercial and residential buildings | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Denver-Aurora-Lakewood, CO Metro Area | Denver-Aurora-Lakewood, CO Metro Area (pdf) | MSA |
Provide free weatherization and energy efficiency improvements to low-income and disadvantaged community members, while providing discounts and advice to assist all residents. | Improve weatherization; Education and engagement | Commercial and residential buildings | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Denver-Aurora-Lakewood, CO Metro Area | Denver-Aurora-Lakewood, CO Metro Area (pdf) | MSA |
Expand regional rapid bus transit. | Expand public transit | Transportation | Qualitative | N/A | None | N/A | Denver-Aurora-Lakewood, CO Metro Area | Denver-Aurora-Lakewood, CO Metro Area (pdf) | MSA |
Expand the regional active transportation network. | Increase active transportation | Transportation | Qualitative | N/A | None | N/A | Denver-Aurora-Lakewood, CO Metro Area | Denver-Aurora-Lakewood, CO Metro Area (pdf) | MSA |
Expand existing residential energy efficiency retrofit programs, with a focus on low-income households. | Improve weatherization; Install more efficient heating or cooling equipment; Deploy electric heat pumps | Commercial and residential buildings | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Portland-Vancouver-Hillsboro, OR-WA | Portland-Vancouver-Hillsboro, OR-WA Metro Area (pdf) | MSA |
Fund additional energy efficiency measures in publicly funded, newly constructed affordable housing units. | Improve building energy efficiency | Commercial and residential buildings | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Portland-Vancouver-Hillsboro, OR-WA | Portland-Vancouver-Hillsboro, OR-WA Metro Area (pdf) | MSA |
Expand the availability of residential composting programs. | Increase composting | Waste and materials management | Qualitative | N/A | None | N/A | Portland-Vancouver-Hillsboro, OR-WA | Portland-Vancouver-Hillsboro, OR-WA Metro Area (pdf) | MSA |
Implement residential energy efficiency improvements in 130 housing units per year over 5 years, focusing on LIDAC communities. | Install more efficient heating or cooling equipment; Deploy electric heat pumps; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | EPA AVERT | Quantitative | EPA AVERT | Cedar Rapids, IA | Cedar Rapids, IA Metro Area (pdf) | MSA |
Implement energy efficiency improvements in 12 public buildings per year over 5 years. | Improve municipal building efficiency; Improve weatherization; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | EPA AVERT | Quantitative | EPA AVERT | Cedar Rapids, IA | Cedar Rapids, IA Metro Area (pdf) | MSA |
Fund the installation of 12 Level 2 EV chargers at multi-family homes per year over 5 years. | Develop EV charging infrastructure | Transportation | Quantitative | AFLEET | Quantitative | AFLEET | Cedar Rapids, IA | Cedar Rapids, IA Metro Area (pdf) | MSA |
Implement residential energy efficiency improvements in 130 housing units per year over 5 years, focusing on LIDAC communities. | Install more efficient heating or cooling equipment; Deploy electric heat pumps; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | EPA AVERT | Quantitative | EPA AVERT | Iowa City, IA | Cedar Rapids, IA Metro Area (pdf) | MSA |
Implement energy efficiency improvements in 12 public buildings per year over 5 years. | Improve municipal building efficiency; Improve weatherization; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | EPA AVERT | Quantitative | EPA AVERT | Iowa City, IA | Cedar Rapids, IA Metro Area (pdf) | MSA |
Fund the installation of 12 Level 2 EV chargers at multi-family homes per year over 5 years. | Develop EV charging infrastructure | Transportation | Quantitative | AFLEET | Quantitative | AFLEET | Iowa City, IA | Cedar Rapids, IA Metro Area (pdf) | MSA |
Develop a robust public electric vehicle charging network in Fresno County, including in the disadvantaged communities, to increase electric vehicle adoption in Fresno County. | Develop EV charging infrastructure | Transportation | Qualitative | Unspecified | None | N/A | Fresno, CA | Fresno, CA Metro Area (pdf) | MSA |
Convert the municipal fleet (including transit) into zero emission vehicles and provide a sustainable and reliable support system for such zero-emission fleet which could include, but not limited to maintenance, charging facilities, and training of personnel. | Electrify government and/or publicly owned vehicle fleets; Electrify municipal buses; Develop EV charging infrastructure | Transportation | Qualitative | Unspecified | None | N/A | Fresno, CA | Fresno, CA Metro Area (pdf) | MSA |
Build a well-connected bike and pedestrian system that provides alternative transportation options including micro-mobility such as shared e-bike and e-scooter. | Increase active transportation | Transportation | Qualitative | Unspecified | None | N/A | Fresno, CA | Fresno, CA Metro Area (pdf) | MSA |
Enhance the public transportation system by maintaining/expanding the existing transit system and implementing other transit strategies such as micro transit. | Expand public transit; Increase active transportation | Transportation | Qualitative | Unspecified | None | N/A | Fresno, CA | Fresno, CA Metro Area (pdf) | MSA |
Provide incentives for carpool and vanpool, and other shared mobility options. | Encourage carpooling | Transportation | Qualitative | Unspecified | None | N/A | Fresno, CA | Fresno, CA Metro Area (pdf) | MSA |
Incentivize programs in LIDAC areas that promote the purchase of certified energy-efficient appliances, heating and cooling equipment, lighting, and building products to replace inefficient products. | Install more efficient heating or cooling equipment; Improve appliance energy efficiency | Commercial and residential buildings | Qualitative | Unspecified | Qualitative | Unspecified | Fresno, CA | Fresno, CA Metro Area (pdf) | MSA |
Incorporate water efficiency measures that reduce water heating energy consumption by installing alternative types of water heaters in place of gas storage tank heaters in residences in LIDAC communities. | Install more efficient heating or cooling equipment; Improve appliance energy efficiency | Commercial and residential buildings | Qualitative | Unspecified | Qualitative | Unspecified | Fresno, CA | Fresno, CA Metro Area (pdf) | MSA |
Bundle on-site renewable energy generation with energy efficiency improvements in residences and commercial buildings in low-income and disadvantaged areas. | Increase deployment of distributed renewables; Education and engagement | Commercial and residential buildings; Electricity | Qualitative | Unspecified | Qualitative | Unspecified | Fresno, CA | Fresno, CA Metro Area (pdf) | MSA |
Implement programs and incentives to reduce or divert waste (including food and/or yard waste) through improved production practices, improved collection services, and increased reuse or recycling rates. | Reduce food/organic waste; Increase recycling; Increase composting | Waste and materials management | Qualitative | Unspecified | Qualitative | Unspecified | Fresno, CA | Fresno, CA Metro Area (pdf) | MSA |
Install renewable energy and energy efficiency measures at wastewater treatment facilities. | Reduce emissions from wastewater treatment facilities; Improve building energy efficiency; Increase deployment of distributed renewables | Waste and materials management; Commercial and residential buildings; Electricity | Qualitative | Unspecified | Qualitative | Unspecified | Fresno, CA | Fresno, CA Metro Area (pdf) | MSA |
Implement programs and incentives to reduce GHG emissions associated with agricultural burning, including orchards and vineyards, through chipping and use for soil incorporation, on-site land application on agricultural land, off-site beneficial re-use, or other approved methods. | Adopt soil or land management practices to sequester carbon | Agriculture | Qualitative | Unspecified | None | N/A | Fresno, CA | Fresno, CA Metro Area (pdf) | MSA |
Implement programs and incentives to reduce GHG emissions associated with the operation of various agricultural equipment, such as tractors, harvesting equipment, utility terrain vehicles, dairy feed mixing electrification and agricultural pumps through zero-emission replacement as well as the installation of charging or re-fueling stations to support deployment. | Electrify off road vehicles or equipment; Encourage deployment of higher fuel efficiency vehicles | Transportation | Qualitative | Unspecified | None | N/A | Fresno, CA | Fresno, CA Metro Area (pdf) | MSA |
Increase the number of all-electric, affordable housing units, reduce greenhouse gas emissions, and promote clean energy solutions, especially in LIDACs, through incentives, education, and technical support for developers and property managers. | Electrify new construction; Education and engagement | Commercial and residential buildings | Qualitative | Unspecified | None | N/A | Salt Lake City, UT | Salt Lake City, UT Metro Area (pdf) | MSA |
Build charging infrastructure to support the electrification of fleet vehicles, which would result in significant GHG and air quality benefits and help Salt Lake City meet its fleet electrification targets and to continue to be a leader in municipal fleet electrification within the MSA. | Electrify government and/or publicly owned vehicle fleets; Develop EV charging infrastructure | Transportation | Qualitative | Unspecified | None | N/A | Salt Lake City, UT | Salt Lake City, UT Metro Area (pdf) | MSA |
Launch a bike-sharing program in LIDAC communities in the Greater Worcester region that will preferably be fare-free and include cycles accessible to people with disabilities. | Increase active transportation | Transportation | Qualitative | N/A | None | N/A | Worcester, MA-CT Metro Area | Worcester, MA-CT Metro Area (pdf) | MSA |
Purchase electric vans to be used for transportation by councils on aging, senior centers, and other senior transportation services in LIDAC communities. | Increase the deployment of electric vehicles | Transportation | Qualitative | N/A | None | N/A | Worcester, MA-CT Metro Area | Worcester, MA-CT Metro Area (pdf) | MSA |
Purchase accessible electric vehicles to expand ridesharing and shuttle service in communities without access to regional transit service and LIDACs. | Increase the deployment of electric vehicles; Expand public transit | Transportation | Qualitative | N/A | None | N/A | Worcester, MA-CT Metro Area | Worcester, MA-CT Metro Area (pdf) | MSA |
Institute a solar canopy system on 40 municipal and/or school parking lots by 2035, with priority given to lots in low-income disadvantaged communities. | Increase deployment of distributed renewables | Electricity; Commercial and residential buildings | Qualitative | N/A | None | N/A | Worcester, MA-CT Metro Area | Worcester, MA-CT Metro Area (pdf) | MSA |
Distribute funding for rooftop solar installations on municipal, public hospital, and public school buildings with priority given to LIDAC communities and small/rural communities with frequent power outages | Increase deployment of distributed renewables | Electricity; Commercial and residential buildings | Qualitative | N/A | None | N/A | Worcester, MA-CT Metro Area | Worcester, MA-CT Metro Area (pdf) | MSA |
Establish a solar array over the top of 15 brownfields, capped landfills, and/or closed fuel facilities by 2035, prioritizing those in LIDAC regions, small or rural communities with frequent power outage issues, and communities served by Municipal Light Plants. | Develop energy storage systems; Expand utility-scale renewable energy generation | Electricity | Qualitative | N/A | None | N/A | Worcester, MA-CT Metro Area | Worcester, MA-CT Metro Area (pdf) | MSA |
Provide 15 communities with one battery system each after deciding which 15 locations across the MSA would be most beneficial to function as sites for storage, providing optimized renewable energy storage for the entire MSA. | Develop energy storage systems | Electricity | Qualitative | N/A | None | N/A | Worcester, MA-CT Metro Area | Worcester, MA-CT Metro Area (pdf) | MSA |
Create an accessible online tool to provide residents with free, comprehensive energy efficiency consultations with the goal of providing weatherization retrofits to 50% of the MSA’s housing stock by 2035. | Education and engagement; Improve weatherization | Commercial and residential buildings | Qualitative | N/A | None | N/A | Worcester, MA-CT Metro Area | Worcester, MA-CT Metro Area (pdf) | MSA |
Provide weatherization retrofits in municipal and school buildings, particularly through replacing 75% of inefficient municipal and/or school windows by 2035 with priority given to schools and municipal buildings in low income and disadvantaged communities. | Improve weatherization; Improve municipal building efficiency | Commercial and residential buildings | Qualitative | N/A | None | N/A | Worcester, MA-CT Metro Area | Worcester, MA-CT Metro Area (pdf) | MSA |
Establish a grant program to support the planting and maintenance of native trees and shrubs in urban communities, prioritizing areas in communities with little native tree and shrub coverage. | Expand urban forests and/or green spaces | Natural and working lands | Qualitative | N/A | None | N/A | Worcester, MA-CT Metro Area | Worcester, MA-CT Metro Area (pdf) | MSA |
Provide financial support to farmers for the purchase of farmland in the Greater Worcester Region, prioritizing applications that seek to purchase farmland near or within LIDAC communities. | Develop green workforce | Natural and working lands; Agriculture | Qualitative | N/A | None | N/A | Worcester, MA-CT Metro Area | Worcester, MA-CT Metro Area (pdf) | MSA |
Establish a green roof rebate program for building owners to encourage the adoption of green roof systems. | Expand urban forests and/or green spaces; Improve building energy efficiency | Commercial and residential buildings; Natural and working lands | Qualitative | N/A | None | N/A | Worcester, MA-CT Metro Area | Worcester, MA-CT Metro Area (pdf) | MSA |
Develop a resource hub that provides resources for building energy efficiency and decarbonization that includes building assessments, financial assistance and incentives, and workforce training support with a focus on disadvantaged communities. | Education and engagement; Develop green workforce | Commercial and residential buildings | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Las Vegas-Henderson-Paradise, NV | Las Vegas-Henderson-Paradise, NV Metro Area (pdf) | MSA |
Implement a carbon-reduction transportation plan that includes transitioning the bus fleet to hydrogen fuel, expansions to the existing bike share program and establishment of the zero emission vehicle plan. | Utilize low carbon fuels; Increase active transportation; Increase the deployment of electric vehicles | Transportation | Quantitative | Emission factor analysis | None | N/A | Las Vegas-Henderson-Paradise, NV | Las Vegas-Henderson-Paradise, NV Metro Area (pdf) | MSA |
Increase share of alternative fueled vehicle registration to 9% by 2030 and 21% by 2050. | Utilize low carbon fuels | Transportation | Qualitative | Unspecified | None | N/A | Allentown-Bethlehem-Easton, PA-NJ | Allentown-Bethlehem-Easton, PA-NJ Metro Area (pdf) | MSA |
Expand and maintain urban tree canopy with the goal of achieving a Tree Equity Score of 60 across all urban areas. | Expand urban forests and/or green spaces | Natural and working lands | Quantitative | Tree Equity Score | None | N/A | Lexington-Fayette, KY | Lexington-Fayette, KY Metro Area (pdf) | MSA |
Fund the deployment of renewable energy generation systems, including solar and hydropower energy generation systems, at municipal and other public facilities | Increase deployment of distributed renewables | Electricity; Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Phoenix-Mesa-Chandler, AZ Metro Area | Maricopa-Pinal County Region Priority Action Plan (pdf) ) | MSA |
Support, fund, and/or incentivize development of renewable energy microgrids at the local and community levels | Develop microgrids | Electricity | Quantitative | Unspecified | None | N/A | Phoenix-Mesa-Chandler, AZ Metro Area | Maricopa-Pinal County Region Priority Action Plan (pdf) ) | MSA |
Incentivize the installation of EV charging infrastructure for publicly available charging and fund the transition of public fleets from fossil fuel-powered vehicles to EVs. | Electrify government and/or publicly owned vehicle fleets; Develop EV charging infrastructure | Transportation | Quantitative | Unspecified | None | N/A | Phoenix-Mesa-Chandler, AZ Metro Area | Maricopa-Pinal County Region Priority Action Plan (pdf) ) | MSA |
Incentivize the transition from fossil fuel powered vehicles to zero emission vehicles for residential and commercial fleets through rebates, grants, and other incentives. | Increase the deployment of electric vehicles | Transportation | Quantitative | Unspecified | None | N/A | Phoenix-Mesa-Chandler, AZ Metro Area | Maricopa-Pinal County Region Priority Action Plan (pdf) ) | MSA |
Upgrade the active transportation network. | Increase active transportation | Transportation | Quantitative | Unspecified | None | N/A | Phoenix-Mesa-Chandler, AZ Metro Area | Maricopa-Pinal County Region Priority Action Plan (pdf) ) | MSA |
Incentivize the purchase of electric lawn and garden equipment for commercial and government entities. | Electrify off road vehicles or equipment | Transportation | Quantitative | Unspecified | None | N/A | Phoenix-Mesa-Chandler, AZ Metro Area | Maricopa-Pinal County Region Priority Action Plan (pdf) ) | MSA |
Support the deployment of energy efficiency upgrades for municipal operations. | Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Phoenix-Mesa-Chandler, AZ Metro Area | Maricopa-Pinal County Region Priority Action Plan (pdf) ) | MSA |
Fund residential and commercial building weatherization assistance projects and specific programs. | Improve weatherization; Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Phoenix-Mesa-Chandler, AZ Metro Area | Maricopa-Pinal County Region Priority Action Plan (pdf) ) | MSA |
Support and incentivize the conversion of fossil fueled or wood burning building equipment to electric equipment. | Electrify existing buildings | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Phoenix-Mesa-Chandler, AZ Metro Area | Maricopa-Pinal County Region Priority Action Plan (pdf) ) | MSA |
Increase building energy efficiency and solar for public sector and commercial buildings. | Improve municipal building efficiency; Improve building energy efficiency; Increase deployment of distributed renewables | Commercial and residential buildings; Electricity | Qualitative | N/A | None | N/A | Milwaukee-Waukesha, WI | Milwaukee-Waukesha, WI Metro Area (pdf) | MSA |
Power municipal and county operations with utility scale solar projects. | Expand utility-scale renewable energy generation | Electricity | Qualitative | N/A | None | N/A | Milwaukee-Waukesha, WI | Milwaukee-Waukesha, WI Metro Area (pdf) | MSA |
Electrify park authority fleets, including electric vehicles, utility terrain vehicles, and mowers, while establishing charging infrastructure. | Electrify government and/or publicly owned vehicle fleets; Electrify off road vehicles or equipment | Transportation | Quantitative | Custom-built tool | None | N/A | Dayton, OH | Dayton-Kettering, OH Metro Area (pdf) ( Dayton-Kettering, OH Metro Area Additional Appendices (zip) ) |
MSA |
Develop a regional virtual power plant and complete solar installations at the Valleycrest Landfill, the Dayton International Airport, and others and enter into a Power Purchase Agreement to procure the power for municipal/residential supply. | Increase deployment of distributed renewables; Facilitate community choice aggregation programs | Electricity | Qualitative | N/A | None | N/A | Dayton, OH | Dayton-Kettering, OH Metro Area (pdf) ( Dayton-Kettering, OH Metro Area Additional Appendices (zip) ) |
MSA |
Expand revenue-generating projects through the Virtual Power Plant initiative to fund programs like building weatherization retrofits or EV purchasing programs. | Increase deployment of distributed renewables; Improve weatherization; Increase the deployment of electric vehicles | Electricity; Commercial and residential buildings; Transportation | Qualitative | N/A | None | N/A | Dayton, OH | Dayton-Kettering, OH Metro Area (pdf) ( Dayton-Kettering, OH Metro Area Additional Appendices (zip) ) |
MSA |
Extend the geographic range of the Greater Dayton Regional Transit Authority electric trolley bus system and add a new route; electrify the Flyer (diesel bus system). | Electrify municipal buses; Expand public transit | Transportation | Quantitative | Custom-built tool | None | N/A | Dayton, OH | Dayton-Kettering, OH Metro Area (pdf) ( Dayton-Kettering, OH Metro Area Additional Appendices (zip) ) |
MSA |
Incentivize low-income consumers to purchase or lease new or used hybrid vehicle, plug-in hybrid vehicles, zero emissions vehicles, e-bikes, or vouchers for public transportation. | Increase the deployment of electric vehicles; Encourage deployment of higher fuel efficiency vehicles; Expand public transit | Transportation | Quantitative | Custom-built tool | None | N/A | Dayton, OH | Dayton-Kettering, OH Metro Area (pdf) ( Dayton-Kettering, OH Metro Area Additional Appendices (zip) ) |
MSA |
Support active transportation programming and invest in active transportation infrastructure. | Increase active transportation | Transportation | Quantitative | Custom-built tool | None | N/A | Dayton, OH | Dayton-Kettering, OH Metro Area (pdf) ( Dayton-Kettering, OH Metro Area Additional Appendices (zip) ) |
MSA |
Complete energy audits of MSA public buildings and begin energy efficiency upgrades by 2030, complete energy efficiency upgrades on 200 local government buildings by 2035, and install 15 MW of renewable energy capacity to offset local government energy consumption by 2040. | Improve municipal building efficiency; Increase deployment of distributed renewables | Commercial and residential buildings; Electricity | Quantitative | EPA AVERT | Quantitative | EPA AVERT | Memphis, TN-MS-AR | Memphis, TN-MS-AR Metro Area (pdf) | MSA |
Increase ridership and improve frequency to meet Memphis 3.0 Transit Vision ridership goals and convert 70% of MATA's bus fleet to electric by 2030, and convert 100% of MATA's bus fleet to electric by 2050. | Expand public transit; Electrify municipal buses | Transportation | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Memphis, TN-MS-AR | Memphis, TN-MS-AR Metro Area (pdf) | MSA |
Construct 32 miles of greenway trails and on-street corridors by 2030, and 520 miles by 2050. | Increase active transportation | Transportation | Quantitative | EPA MOVES | Quantitative | EPA MOVES | Memphis, TN-MS-AR | Memphis, TN-MS-AR Metro Area (pdf) | MSA |
Pilot pedestrianization, limited traffic (bus only lanes/streets) and use of active transportation downtown and in dense developments; ensure opportunity areas are completely accessible by transit, and advocate for transit plans that incentivize new development in areas that will allow for transit, walking, and bike use. | Increase active transportation; Build housing in transit connected locations; Build dense communities | Transportation | Qualitative | Unspecified | None | N/A | New Haven-Milford, CT | New Haven-Milford, CT Metro Area (pdf) | MSA |
Conduct feasibility studies for creating economic zones in areas with high commute times and encourage denser housing in areas near existing economic zones. | Build dense communities | Transportation | Qualitative | Unspecified | None | N/A | New Haven-Milford, CT | New Haven-Milford, CT Metro Area (pdf) | MSA |
Create more park-and-ride options, and increase transit access and frequency in areas with high car ownership and high commute times to work to enable multi-modal trips. | Expand public transit | Transportation | Qualitative | Unspecified | None | N/A | New Haven-Milford, CT | New Haven-Milford, CT Metro Area (pdf) | MSA |
Increase EV adoption by providing incentives that promote EV and eBike use while working to communicate with and support low and middle-income communities through outreach, using Federal Tax credits to set up home EV charging in rural areas, and implementing requirements for new developments in high-density areas to include EV charging options. | Increase the deployment of electric vehicles; Develop EV charging infrastructure | Transportation | Qualitative | Unspecified | None | N/A | New Haven-Milford, CT | New Haven-Milford, CT Metro Area (pdf) | MSA |
Create outreach programs that communicate state and federal level financing programs that support on site renewable generation for residential and commercial building owners. | Increase deployment of distributed renewables | Electricity; Commercial and residential buildings | Qualitative | Unspecified | None | N/A | New Haven-Milford, CT | New Haven-Milford, CT Metro Area (pdf) | MSA |
Evaluate the potential of citing renewable energy projects on vacant and underutilized land, such as brownfield sites, and combine planning for the renewable energy transition with open space planning. | Expand utility-scale renewable energy generation | Electricity | Qualitative | Unspecified | None | N/A | New Haven-Milford, CT | New Haven-Milford, CT Metro Area (pdf) | MSA |
Require building owners to annually benchmark and disclose their energy usage and efficiency ratings. | Develop building benchmarking and performance standards | Commercial and residential buildings | Qualitative | Unspecified | None | N/A | New Haven-Milford, CT | New Haven-Milford, CT Metro Area (pdf) | MSA |
Develop robust resources to enable municipalities to implement model climate-friendly land use and zoning practices. | Build dense communities; Build housing in transit connected locations | Transportation | Qualitative | Unspecified | None | N/A | New Haven-Milford, CT | New Haven-Milford, CT Metro Area (pdf) | MSA |
Integrate solar heating systems into community initiatives and reduce overall energy costs. | Use district geothermal, cogeneration, or waste heat recovery; Install more efficient heating or cooling equipment | Electricity; Commercial and residential buildings | Qualitative | Unspecified | None | N/A | New Haven-Milford, CT | New Haven-Milford, CT Metro Area (pdf) | MSA |
Establish a city-wide retrofit program for low-income residents and municipal buildings, offering grants and low-interest loans for energy-efficient upgrades and heat pumps, leveraging public-private partnerships for sustainable practices, using eco-friendly materials, and replacing oil and gas heating systems with heat pumps. | Deploy electric heat pumps; Install more efficient heating or cooling equipment | Commercial and residential buildings | Qualitative | Unspecified | None | N/A | New Haven-Milford, CT | New Haven-Milford, CT Metro Area (pdf) | MSA |
Establish regional outreach programs for low to middle-income households to install heat pumps and energy upgrades, highlight HEATsmart benefits for LIDAC communities, partner with social service agencies for outreach, and promote state and federal incentives. | Education and engagement; Deploy electric heat pumps | Commercial and residential buildings | Qualitative | Unspecified | None | N/A | New Haven-Milford, CT | New Haven-Milford, CT Metro Area (pdf) | MSA |
Increase urban tree canopy in low-income disadvantaged communities. | Expand urban forests and/or green spaces | Natural and working lands | Qualitative | Unspecified | None | N/A | New Haven-Milford, CT | New Haven-Milford, CT Metro Area (pdf) | MSA |
Increase the adoption of new zero-emissions vehicles and electric vehicle charging infrastructure. | Increase the deployment of electric vehicles; Develop EV charging infrastructure | Transportation | Quantitative | Unspecified | Quantitative | Unspecified | New York-Newark-Jersey City, NY-NJ-PA | New York-Newark-Jersey City, NY-NJ-PA Metro Area (pdf) | MSA |
Electrify buses and medium and heavy-duty vehicle classes and install supporting infrastructure. | Increase the deployment of electric MDVs and/or HDVs; Electrify municipal buses; Develop EV charging infrastructure | Transportation | Quantitative | Unspecified | Quantitative | Unspecified | New York-Newark-Jersey City, NY-NJ-PA | New York-Newark-Jersey City, NY-NJ-PA Metro Area (pdf) | MSA |
Transition from heavy-duty or medium-duty trucks to less carbon-intensive modes of transportation options such as rail, commercial cargo bikes, barges, ferries, or ships. | Promote water- or train-based freight transportation | Transportation | Quantitative | Unspecified | Quantitative | Unspecified | New York-Newark-Jersey City, NY-NJ-PA | New York-Newark-Jersey City, NY-NJ-PA Metro Area (pdf) | MSA |
Invest in alternative transportation modes like public transit, active transportation, greenways, and complete streets- paired with smart growth planning and zoning. | Increase active transportation; Expand public transit; Build dense communities | Transportation | Quantitative | Unspecified | Quantitative | Unspecified | New York-Newark-Jersey City, NY-NJ-PA | New York-Newark-Jersey City, NY-NJ-PA Metro Area (pdf) | MSA |
Transition to cleaner and more energy-efficient operations within the Port Authority’s jurisdictional boundaries. | Electrify or increase efficiency of non-road transportation; Encourage deployment of higher fuel efficiency vehicles | Transportation | Quantitative | Unspecified | Quantitative | Unspecified | New York-Newark-Jersey City, NY-NJ-PA | New York-Newark-Jersey City, NY-NJ-PA Metro Area (pdf) | MSA |
Support electrification and adoption of energy-efficient technologies in buildings to reduce costs. | Improve building energy efficiency; Electrify existing buildings | Commercial and residential buildings | Quantitative | Unspecified | Quantitative | Unspecified | New York-Newark-Jersey City, NY-NJ-PA | New York-Newark-Jersey City, NY-NJ-PA Metro Area (pdf) | MSA |
Invest in grid decarbonization by embracing renewable energy sources, such as solar, wind, and hydroelectric power. | Expand utility-scale renewable energy generation; Increase deployment of distributed renewables; Develop microgrids | Electricity | Quantitative | Unspecified | Quantitative | Unspecified | New York-Newark-Jersey City, NY-NJ-PA | New York-Newark-Jersey City, NY-NJ-PA Metro Area (pdf) | MSA |
Support municipal solid waste diversion through recycling, composting, and reuse programs. | Increase composting; Increase recycling | Waste and materials management | Quantitative | Unspecified | Quantitative | Unspecified | New York-Newark-Jersey City, NY-NJ-PA | New York-Newark-Jersey City, NY-NJ-PA Metro Area (pdf) | MSA |
Decarbonize local government buildings, transportation, and energy. | Improve municipal building efficiency; Electrify government and/or publicly owned vehicle fleets; Increase deployment of distributed renewables | Commercial and residential buildings; Transportation; Electricity | Qualitative | Unspecified | Qualitative | Unspecified | Philadelphia-Camden-Wilmington, PA-NJ-DE-MD | Philadelphia-Camden-Wilmington, PA-NJ-DE-MD Metro Area (pdf) | MSA |
Support residential building decarbonization in the near term for residential properties, particularly in LIDAC communities, through programs and projects that increase building energy efficiency, reduce energy consumption, increase building electrification, and deploy renewable energy systems and storage. | Improve weatherization; Increase deployment of distributed renewables; Electrify existing buildings; Install more efficient heating or cooling equipment | Commercial and residential buildings; Electricity | Qualitative | Unspecified | Qualitative | Unspecified | Philadelphia-Camden-Wilmington, PA-NJ-DE-MD | Philadelphia-Camden-Wilmington, PA-NJ-DE-MD Metro Area (pdf) | MSA |
Support equitable commercial building decarbonization that prioritizes LIDAC communities in the near term, including programs and projects that increase building energy efficiency, reduce energy consumption, increase building electrification, and deploy renewable energy systems and storage. | Improve weatherization; Increase deployment of distributed renewables; Electrify existing buildings; Install more efficient heating or cooling equipment | Commercial and residential buildings; Commercial and residential buildings | Qualitative | Unspecified | Qualitative | Unspecified | Philadelphia-Camden-Wilmington, PA-NJ-DE-MD | Philadelphia-Camden-Wilmington, PA-NJ-DE-MD Metro Area (pdf) | MSA |
Encourage the transition of light duty vehicles to low- or no-carbon emission vehicles through financial incentives and installation of charging infrastructure. | Increase the deployment of electric vehicles; Encourage deployment of higher fuel efficiency vehicles; Develop EV charging infrastructure | Transportation | Qualitative | Unspecified | Qualitative | Unspecified | Philadelphia-Camden-Wilmington, PA-NJ-DE-MD | Philadelphia-Camden-Wilmington, PA-NJ-DE-MD Metro Area (pdf) | MSA |
Provide improvements and enhancements in public transit service efforts and reduce the carbon intensity of transit services by connecting transit vehicles and facilities to sources of low- and zero-emission sources of power. | Electrify government and/or publicly owned vehicle fleets; Electrify or increase efficiency of non-road transportation; Utilize low carbon fuels | Transportation | Qualitative | Unspecified | Qualitative | Unspecified | Philadelphia-Camden-Wilmington, PA-NJ-DE-MD | Philadelphia-Camden-Wilmington, PA-NJ-DE-MD Metro Area (pdf) | MSA |
Implement policies and projects that invest in bike, pedestrian, and other active transportation improvements across Philadelphia MSA. | Increase active transportation | Transportation | Qualitative | Unspecified | Qualitative | Unspecified | Philadelphia-Camden-Wilmington, PA-NJ-DE-MD | Philadelphia-Camden-Wilmington, PA-NJ-DE-MD Metro Area (pdf) | MSA |
Encourage expansions of, and upgrades to, transmission and distribution networks in addition to supporting increased use of storage and the use of clean fuels. | Develop energy storage systems; Develop transmission and distribution infrastructure | Electricity | Qualitative | Unspecified | Qualitative | Unspecified | Philadelphia-Camden-Wilmington, PA-NJ-DE-MD | Philadelphia-Camden-Wilmington, PA-NJ-DE-MD Metro Area (pdf) | MSA |
Increase waste diversion and reduce emissions at landfills and solid waste incinerators. | Increase composting; Increase capture and/or utilization of gas from landfills | Waste and materials management | Qualitative | Unspecified | Qualitative | Unspecified | Philadelphia-Camden-Wilmington, PA-NJ-DE-MD | Philadelphia-Camden-Wilmington, PA-NJ-DE-MD Metro Area (pdf) | MSA |
Implement wastewater treatment plants energy efficiency and electrification improvements, and increase the generation of biomethane and its enabling infrastructure across the MSA. | Reduce emissions from wastewater treatment facilities; Increase capture and/or utilization of gas from landfills; Improve building energy efficiency | Waste and materials management; Commercial and residential buildings | Qualitative | Unspecified | Qualitative | Unspecified | Philadelphia-Camden-Wilmington, PA-NJ-DE-MD | Philadelphia-Camden-Wilmington, PA-NJ-DE-MD Metro Area (pdf) | MSA |
Replace diesel bus fleet with EV or hydrogen bus fleet through infrastructure upgrades and purchasing of new vehicles. | Electrify municipal buses; Utilize low carbon fuels | Transportation | Quantitative | Unspecified | None | N/A | Nashville-Davidson-Murfreesboro-Franklin, TN | Nashville-Davidson--Murfreesboro--Franklin, TN Metro Area (pdf) | MSA |
Replace uncontrolled tier diesel commuter rail with tier 4 Diesel Multiple Units or Hydrogen rail rolling stock through infrastructure upgrades and purchasing of new vehicles. | Deploy lower-emitting locomotives; Electrify or increase efficiency of non-road transportation | Transportation | Quantitative | Unspecified | None | N/A | Nashville-Davidson-Murfreesboro-Franklin, TN | Nashville-Davidson--Murfreesboro--Franklin, TN Metro Area (pdf) | MSA |
Expand existing Transportation Demand Management programs and implement new ones across the region to shift transportation behavior to low-emission modes (e.g., walking, biking, and transit), reduce vehicle miles traveled, and shift commutes to off-peak periods | Improve transportation systems management and operations; Increase active transportation | Transportation | Quantitative | Unspecified | None | N/A | Austin-Round Rock, TX | Austin-Round Rock-Georgetown, TX Metro Area (pdf) | MSA |
Offset extra costs associated with offering and purchasing Renewable Diesel (R99) fuel through a combination of government and private subsidies, as well as forming a regional coalition purchasing cooperative of large fuel users to demonstrate a willing market of buyers. | Utilize low carbon fuels | Transportation | Qualitative | Unspecified | None | N/A | Austin-Round Rock, TX | Austin-Round Rock-Georgetown, TX Metro Area (pdf) | MSA |
Install up to 35 MW of community solar, co-located with 34 MWh of battery storage. | Support development or expansion of community solar programs; Develop energy storage systems | Electricity | Quantitative | EPA AVERT | None | N/A | Austin-Round Rock, TX | Austin-Round Rock-Georgetown, TX Metro Area (pdf) | MSA |
Establish a funding program for energy efficiency upgrades and installation of solar and battery storage at public-facing municipal facilities. | Improve municipal building efficiency; Increase deployment of distributed renewables; Develop energy storage systems | Commercial and residential buildings; Electricity | Quantitative | EPA AVERT | None | N/A | Austin-Round Rock, TX | Austin-Round Rock-Georgetown, TX Metro Area (pdf) | MSA |
Conserve water and reduce water consumption by expanding and regionalizing existing water conservation programs. | Education and engagement | Natural and working lands | Quantitative | Unspecified | None | N/A | Austin-Round Rock, TX | Austin-Round Rock-Georgetown, TX Metro Area (pdf) | MSA |
Support and expand programs for tree planting and forest restoration through a combination of funding, capacity-building activities, data collection, and regional collaboration. | Expand urban forests and/or green spaces | Natural and working lands | Quantitative | Unspecified | None | N/A | Austin-Round Rock, TX | Austin-Round Rock-Georgetown, TX Metro Area (pdf) | MSA |
Reduce single-occupancy vehicle miles traveled and promote alternative transportation, such as transit, walking, or biking, and take actions toward reforming local land use policies to support these activates in the long-term. | Increase active transportation | Transportation | Quantitative and Qualitative | Emission factor analysis | None | N/A | Charlotte-Concord-Gastonia, NC-SC | Charlotte-Concord-Gastonia, NC-SC Metro Area (pdf) | MSA |
Modernize building technologies and systems that reduce GHG emissions associated with construction, operation, and maintenance of buildings and facilities. | Install more efficient heating or cooling equipment; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Charlotte-Concord-Gastonia, NC-SC | Charlotte-Concord-Gastonia, NC-SC Metro Area (pdf) | MSA |
Transition fossil fuel vehicles to electric and other alternative fuel and clean vehicle technologies, and create the infrastructure to support the operation of these vehicles, reduce congestion, and improve the efficiency and safety of the region's transportation system. | Utilize low carbon fuels; Increase the deployment of electric vehicles; Develop EV charging infrastructure | Transportation | Quantitative | Emission factor analysis | None | N/A | Charlotte-Concord-Gastonia, NC-SC | Charlotte-Concord-Gastonia, NC-SC Metro Area (pdf) | MSA |
Promote the use of renewable energy and the appropriate energy storage technologies. | Develop energy storage systems; Increase deployment of distributed renewables | Electricity | Quantitative and Qualitative | EPA AVERT | None | N/A | Charlotte-Concord-Gastonia, NC-SC | Charlotte-Concord-Gastonia, NC-SC Metro Area (pdf) | MSA |
Increase the amount of trees and greenspaces to sequester GHG emissions and provide important community benefits, and reform local land use policies to support these activities. | Maintain or expand existing forests; Expand urban forests and/or green spaces | Natural and working lands | Quantitative | i-Tree | None | N/A | Charlotte-Concord-Gastonia, NC-SC | Charlotte-Concord-Gastonia, NC-SC Metro Area (pdf) | MSA |
Reduce vehicle miles traveled by 20% for passenger vehicles by 2031. | Reduce vehicle miles traveled | Transportation | Quantitative | EPA COBRA | Quantitative | EPA COBRA | Seattle-Tacoma-Bellevue, WA | Seattle-Tacoma-Bellevue, WA Metro Area (pdf) | MSA |
Complete investments and commitments in the regional pedestrian, bicycle, and transit networks. | Increase active transportation | Transportation | Quantitative | EPA COBRA | Quantitative | EPA COBRA | Seattle-Tacoma-Bellevue, WA | Seattle-Tacoma-Bellevue, WA Metro Area (pdf) | MSA |
Reduce vehicle miles traveled by 20% for freight and service vehicles by 2030. | Reduce freight mileage | Transportation | Quantitative | EPA COBRA | Quantitative | EPA COBRA | Seattle-Tacoma-Bellevue, WA | Seattle-Tacoma-Bellevue, WA Metro Area (pdf) | MSA |
Aim to implement the requirement that 68% of new passenger vehicles sold are EVs by 2030. | Increase the deployment of electric vehicles | Transportation | Quantitative | EPA COBRA | Quantitative | EPA COBRA | Seattle-Tacoma-Bellevue, WA | Seattle-Tacoma-Bellevue, WA Metro Area (pdf) | MSA |
Invest in EV charging infrastructure for passenger vehicles and support convenient and affordable opportunities for the purchase of zero-emission vehicles, particularly for disadvantaged communities. | Develop EV charging infrastructure; Increase the deployment of electric vehicles | Transportation | Quantitative | EPA COBRA | Quantitative | EPA COBRA | Seattle-Tacoma-Bellevue, WA | Seattle-Tacoma-Bellevue, WA Metro Area (pdf) | MSA |
Work to mandate that 25% of new freight and service vehicles sold are EVs by 2030. | Electrify or increase efficiency of non-road transportation; Increase the deployment of electric MDVs and/or HDVs | Transportation | Quantitative | EPA COBRA | Quantitative | EPA COBRA | Seattle-Tacoma-Bellevue, WA | Seattle-Tacoma-Bellevue, WA Metro Area (pdf) | MSA |
Establish incentives for zero-emissions drayage trucks (~150), cargo handling equipment, and charging equipment. | Increase the deployment of electric MDVs and/or HDVs; Develop EV charging infrastructure | Transportation | Quantitative | EPA COBRA | Quantitative | EPA COBRA | Seattle-Tacoma-Bellevue, WA | Seattle-Tacoma-Bellevue, WA Metro Area (pdf) | MSA |
Transition the region’s transit fleet to zero-emission vehicles, including buses, ferries, streetcars, vanpools, specialized transportation vehicles, light rail, and commuter rail, etc., and infrastructure. | Electrify government and/or publicly owned vehicle fleets; Electrify municipal buses; Electrify or increase efficiency of non-road transportation | Transportation | Quantitative | EPA COBRA | Quantitative | EPA COBRA | Seattle-Tacoma-Bellevue, WA | Seattle-Tacoma-Bellevue, WA Metro Area (pdf) | MSA |
Electrify the passenger ferry. | Electrify or increase efficiency of non-road transportation | Transportation | Quantitative | EPA COBRA | Quantitative | EPA COBRA | Seattle-Tacoma-Bellevue, WA | Seattle-Tacoma-Bellevue, WA Metro Area (pdf) | MSA |
Implement electric battery buses (~20) plus charging infrastructure. | Electrify municipal buses; Develop EV charging infrastructure | Transportation | Quantitative | EPA COBRA | Quantitative | EPA COBRA | Seattle-Tacoma-Bellevue, WA | Seattle-Tacoma-Bellevue, WA Metro Area (pdf) | MSA |
Electrify 2 Passenger Ferries and infrastructure. | Electrify or increase efficiency of non-road transportation | Transportation | Quantitative | EPA COBRA | Quantitative | EPA COBRA | Seattle-Tacoma-Bellevue, WA | Seattle-Tacoma-Bellevue, WA Metro Area (pdf) | MSA |
Acquire 20 battery electric buses. | Electrify municipal buses | Transportation | Quantitative | EPA COBRA | Quantitative | EPA COBRA | Seattle-Tacoma-Bellevue, WA | Seattle-Tacoma-Bellevue, WA Metro Area (pdf) | MSA |
Electrify airport transit bus (~35), and develop charging equipment. | Electrify municipal buses; Develop EV charging infrastructure | Transportation | Quantitative | EPA COBRA | Quantitative | EPA COBRA | Seattle-Tacoma-Bellevue, WA | Seattle-Tacoma-Bellevue, WA Metro Area (pdf) | MSA |
Acquire 15 electric stride and double decker buses along with charging infrastructure. | Electrify municipal buses; Develop EV charging infrastructure | Transportation | Quantitative | EPA COBRA | Quantitative | EPA COBRA | Seattle-Tacoma-Bellevue, WA | Seattle-Tacoma-Bellevue, WA Metro Area (pdf) | MSA |
Electrify 243 port owned fleets plus charging equipment in the Port of Seattle. | Electrify or increase efficiency of non-road transportation; Increase the deployment of electric MDVs and/or HDVs; Develop EV charging infrastructure | Transportation | Quantitative | EPA COBRA | Quantitative | EPA COBRA | Seattle-Tacoma-Bellevue, WA | Seattle-Tacoma-Bellevue, WA Metro Area (pdf) | MSA |
Electrify maintenance fleet (~40) in the Port of Everet. | Increase the deployment of electric vehicles | Transportation | Quantitative | EPA COBRA | Quantitative | EPA COBRA | Seattle-Tacoma-Bellevue, WA | Seattle-Tacoma-Bellevue, WA Metro Area (pdf) | MSA |
Reduce GHG emissions from offroad equipment by 20% by 2031. | Electrify or increase efficiency of non-road transportation; Electrify off road vehicles or equipment | Transportation | Quantitative | EPA COBRA | None | N/A | Seattle-Tacoma-Bellevue, WA | Seattle-Tacoma-Bellevue, WA Metro Area (pdf) | MSA |
Transition the region’s medium and heavy-duty vehicle fleet to zero-emission vehicles, including port drayage trucks and other seaport and airport vehicles, equipment, and infrastructure. | Increase the deployment of electric MDVs and/or HDVs; Electrify off road vehicles or equipment | Transportation | Quantitative | EPA COBRA | Quantitative | EPA COBRA | Seattle-Tacoma-Bellevue, WA | Seattle-Tacoma-Bellevue, WA Metro Area (pdf) | MSA |
Establish incentives for medium duty vehicle electrification and a charging depot in the Port of Seattle. | Increase the deployment of electric MDVs and/or HDVs | Transportation | Quantitative | EPA COBRA | Quantitative | EPA COBRA | Seattle-Tacoma-Bellevue, WA | Seattle-Tacoma-Bellevue, WA Metro Area (pdf) | MSA |
Reduce fuel carbon intensity for aviation fuel by 20%. | Utilize low carbon fuels; Electrify or increase efficiency of non-road transportation | Transportation | Quantitative | EPA COBRA | Quantitative | EPA COBRA | Seattle-Tacoma-Bellevue, WA | Seattle-Tacoma-Bellevue, WA Metro Area (pdf) | MSA |
Reduce use of aviation fuel by 10%. | Encourage deployment of higher fuel efficiency vehicles; Electrify or increase efficiency of non-road transportation | Transportation | Quantitative | EPA COBRA | Quantitative | EPA COBRA | Seattle-Tacoma-Bellevue, WA | Seattle-Tacoma-Bellevue, WA Metro Area (pdf) | MSA |
Reduce energy consumption and increase building decarbonization through programs to support, incentivize, and install energy efficiency and electrification measures. | Develop building benchmarking and performance standards; Electrify existing buildings; Improve appliance energy efficiency; Improve weatherization | Commercial and residential buildings | Qualitative | N/A | Qualitative | N/A | Virginia Beach-Norfolk-Newport News, VA-NC | Virginia Beach-Norfolk-Newport News, VA-NC Metro Area (pdf) | MSA |
Develop an EV procurement plan and EV support equipment deployment strategy to support the adoption of EVs. | Increase the deployment of electric vehicles; Develop EV charging infrastructure | Transportation | Qualitative | N/A | Qualitative | N/A | Virginia Beach-Norfolk-Newport News, VA-NC | Virginia Beach-Norfolk-Newport News, VA-NC Metro Area (pdf) | MSA |
Reduce emissions from port operations through the adoption of low carbon fuels, electric equipment, and operational changes. | Utilize low carbon fuels; Electrify or increase efficiency of non-road transportation | Transportation | Qualitative | N/A | None | N/A | Virginia Beach-Norfolk-Newport News, VA-NC | Virginia Beach-Norfolk-Newport News, VA-NC Metro Area (pdf) | MSA |
Establish financing mechanisms for energy efficiency upgrades, and for heat pumps, for Commercial and residential buildings with focus on LIDAC communities. | Improve building energy efficiency; Deploy electric heat pumps | Commercial and residential buildings | Qualitative | N/A | None | N/A | Rochester, NY | Rochester, NY Metro Area (pdf) (Appendix C: GHG Reduction Measures & Benefits Analysis (pdf) ) |
MSA |
Electrify the region's vehicle fleet and infrastructure with the goal of reducing vehicle emissions by 100% by the year 2050. | Electrify government and/or publicly owned vehicle fleets | Transportation | Qualitative | N/A | None | N/A | Atlanta-Sandy Springs-Alpharetta, GA | Atlanta-Sandy Springs-Alpharetta, GA Metro Area (pdf) | MSA |
Increase the availability and accessibility of EV charging infrastructure for government agencies and public use. | Develop EV charging infrastructure | Transportation | Qualitative | N/A | None | N/A | Atlanta-Sandy Springs-Alpharetta, GA | Atlanta-Sandy Springs-Alpharetta, GA Metro Area (pdf) | MSA |
Incentivize the use of electric bikes through rebates and improvements in transit infrastructure. | Increase active transportation | Transportation | Qualitative | N/A | None | N/A | Atlanta-Sandy Springs-Alpharetta, GA | Atlanta-Sandy Springs-Alpharetta, GA Metro Area (pdf) | MSA |
Shift the number of trips made with single occupancy vehicles to more sustainable modes of transportation, such as transit, biking, and walking. | Expand public transit; Increase active transportation | Transportation | Qualitative | N/A | None | N/A | Atlanta-Sandy Springs-Alpharetta, GA | Atlanta-Sandy Springs-Alpharetta, GA Metro Area (pdf) | MSA |
Replace fleet vehicles powered by diesel with vehicles powered by cleaner fuels. | Encourage deployment of higher fuel efficiency vehicles; Utilize low carbon fuels | Transportation | Qualitative | N/A | None | N/A | Atlanta-Sandy Springs-Alpharetta, GA | Atlanta-Sandy Springs-Alpharetta, GA Metro Area (pdf) | MSA |
Increase rooftop PV capacity with the goal of achieving 5-10% of technical potential by 2030 and 20% by 2050. | Increase deployment of distributed renewables | Electricity; Commercial and residential buildings | Qualitative | N/A | None | N/A | Atlanta-Sandy Springs-Alpharetta, GA | Atlanta-Sandy Springs-Alpharetta, GA Metro Area (pdf) | MSA |
Support energy efficiency changes to residential and municipal buildings, prioritizing low-income and disadvantaged homeowners and renters. | Install more efficient heating or cooling equipment; Electrify existing buildings; Improve municipal building efficiency | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Providence-Warwick, RI-MA | Providence-Warwick, RI-MA Metro Area (pdf) | MSA |
Develop a robust EV charging network, incentive programs, workforce development, and other activities to encourage the widespread adoption of EVs. | Develop EV charging infrastructure; Develop green workforce; Increase the deployment of electric vehicles | Transportation | Qualitative | N/A | None | N/A | Richmond, VA | Richmond, VA Metro Area (pdf) | MSA |
Expand equitable access to public transit through service improvements, fare subsidies, and public outreach. | Expand public transit; Education and engagement | Transportation | Qualitative | N/A | None | N/A | Richmond, VA | Richmond, VA Metro Area (pdf) | MSA |
Reduce vehicle miles traveled by implementing infrastructure improvements and incentives that encourage use of sustainable transit modes, such as biking, walking, and carpool. | Increase active transportation | Transportation | Qualitative | N/A | None | N/A | Richmond, VA | Richmond, VA Metro Area (pdf) | MSA |
Deploy renewable and low-carbon energy solutions in municipal and school buildings, operations, and fleets. | Electrify government and/or publicly owned vehicle fleets; Improve municipal building efficiency; Increase deployment of distributed renewables; Install more efficient heating or cooling equipment | Commercial and residential buildings; Transportation; Electricity | Qualitative | N/A | None | N/A | Richmond, VA | Richmond, VA Metro Area (pdf) | MSA |
Deploy energy efficiency solutions in residential and commercial buildings by providing energy audits, retrofits, and support for residential solar. | Develop building benchmarking and performance standards; Improve weatherization; Electrify existing buildings; Increase deployment of distributed renewables | Commercial and residential buildings; Electricity | Qualitative | N/A | None | N/A | Richmond, VA | Richmond, VA Metro Area (pdf) | MSA |
Reduce emissions from port operations through the adoption of low-carbon fuels, electric equipment, and operational changes. | Increase the deployment of electric MDVs and/or HDVs; Utilize low carbon fuels; Provide shore power to docked boats | Transportation | Quantitative | EPA DEQ | None | N/A | Richmond, VA | Richmond, VA Metro Area (pdf) | MSA |
Shift rapidly to emissions-free fleet vehicles. | Electrify government and/or publicly owned vehicle fleets | Transportation | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Detroit-Warren-Dearborn, MI | Detroit-Warren-Dearborn, MI Metro Area (pdf) | MSA |
Avoid emissions and shift to more active mode share by building 138 miles of paved shared-use path or protected bike paths. | Increase active transportation | Transportation | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Detroit-Warren-Dearborn, MI | Detroit-Warren-Dearborn, MI Metro Area (pdf) | MSA |
Decarbonize households across the region, providing annual energy savings of at least 50% to homeowners. | Increase deployment of distributed renewables; Deploy electric heat pumps | Commercial and residential buildings; Electricity | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Detroit-Warren-Dearborn, MI | Detroit-Warren-Dearborn, MI Metro Area (pdf) | MSA |
Decarbonize municipal buildings and facilities, reducing energy use by at least 50% and replacing internal heating and cooling systems with zero emissions alternatives. | Install more efficient heating or cooling equipment; Improve municipal building efficiency | Commercial and residential buildings | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Detroit-Warren-Dearborn, MI | Detroit-Warren-Dearborn, MI Metro Area (pdf) | MSA |
Decarbonize small to medium commercial or industrial buildings by 2030. | Increase deployment of distributed renewables; Deploy electric heat pumps | Commercial and residential buildings; Industry; Electricity | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Detroit-Warren-Dearborn, MI | Detroit-Warren-Dearborn, MI Metro Area (pdf) | MSA |
Eliminate emissions from the wastewater process by establishing or expanding aerobic and anaerobic digester in both rural and urban contexts. | Reduce emissions from wastewater treatment facilities; Increase anaerobic digestion | Waste and materials management | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Detroit-Warren-Dearborn, MI | Detroit-Warren-Dearborn, MI Metro Area (pdf) | MSA |
Install solar, wind, geothermal, combined heat and power, and other renewable energy generation and storage systems. | Expand utility-scale renewable energy generation; Develop energy storage systems; Use district geothermal, cogeneration, or waste heat recovery; Increase deployment of distributed renewables | Electricity; Commercial and residential buildings | Quantitative | Emission factor analysis | None | N/A | Detroit-Warren-Dearborn, MI | Detroit-Warren-Dearborn, MI Metro Area (pdf) | MSA |
Support the expansion of the existing Reducing Ocean Going Vessel Speeds - Protecting Blue Whales and Blue Skies program to decrease greenhouse gas emissions associated with vessel speeds and reduce the risk of whale population fatality, which are known to sequester carbon. | Electrify or increase efficiency of non-road transportation; Education and engagement; Education and engagement | Transportation; Natural and working lands | Qualitative | Unspecified | None | N/A | Oxnard-Thousand Oaks-Ventura, CA | Oxnard-Thousand Oaks-Ventura, CA Metro Area (pdf) | MSA |
Lead by example in efforts to reduce energy consumption and greenhouse gas emissions productions through a range of city-led electrification and retrofit projects of public vehicles and facilities. | Improve municipal building efficiency; Electrify government and/or publicly owned vehicle fleets; Improve weatherization; Install more efficient heating or cooling equipment | Transportation; Commercial and residential buildings | Quantitative | N/A | None | N/A | Rapid City SD | Rapid City, SD Metro Area (pdf) | MSA |
Build out supply of renewable energy in Rapid City, specifically solar photovoltaic and geothermal system projects, while additionally creating renewable energy training and education programs. | Expand utility-scale renewable energy generation; Develop green workforce | Electricity | Quantitative | N/A | None | N/A | Rapid City SD | Rapid City, SD Metro Area (pdf) | MSA |
Provide varied low emissions transportation options by increasing active transportation and transit options. | Increase active transportation; Expand public transit | Transportation | Quantitative | N/A | None | N/A | Rapid City SD | Rapid City, SD Metro Area (pdf) | MSA |
Reduce transportation emissions by building out EV charging networks, performing traffic light studies to reduce idling at intersections, and provide educational opportunities to increase the number of electric vehicle specialists in the area. | Develop EV charging infrastructure; Reduce idling; Improve transportation systems management and operations; Develop green workforce | Transportation | Quantitative | N/A | None | N/A | Rapid City SD | Rapid City, SD Metro Area (pdf) | MSA |
Incentivize homeowners to retrofit homes to be more energy efficient through updating local building codes, creating educational programs, developing retrofit incentives, and working with municipal authorities to fund homeowners' efforts. | Leverage building codes; Education and engagement | Commercial and residential buildings | Quantitative | N/A | None | N/A | Rapid City SD | Rapid City, SD Metro Area (pdf) | MSA |
Replace gasoline and diesel vehicles with lower carbon options and install required charging infrastructure. | Develop EV charging infrastructure; Encourage deployment of higher fuel efficiency vehicles | Transportation | Quantitative | AFLEET | None | N/A | Miami-Fort Lauderdale-West Palm Beach, FL | Miami-Fort Lauderdale-Pompano Beach, FL Metro Area (pdf) | MSA |
Encourage efficient energy use for port operations, including the use of lower carbon fuels and reduced idling of diesel trucks. | Reduce idling; Utilize low carbon fuels; Electrify off road vehicles or equipment | Transportation | Quantitative | AFLEET | None | N/A | Miami-Fort Lauderdale-West Palm Beach, FL | Miami-Fort Lauderdale-Pompano Beach, FL Metro Area (pdf) | MSA |
Improve transit services and infrastructure for pedestrians and bicycles to encourage mode shift from single-occupancy vehicles. | Expand public transit; Increase active transportation | Transportation | Quantitative | AFLEET | None | N/A | Miami-Fort Lauderdale-West Palm Beach, FL | Miami-Fort Lauderdale-Pompano Beach, FL Metro Area (pdf) | MSA |
Decarbonize the Seminole Tribe food delivery systems by transitioning two trucks to zero emissions vehicles. | Electrify government and/or publicly owned vehicle fleets | Transportation | Quantitative | AFLEET | None | N/A | Miami-Fort Lauderdale-West Palm Beach, FL | Miami-Fort Lauderdale-Pompano Beach, FL Metro Area (pdf) | MSA |
Replace old air conditioning technology with heat pumps or high-efficiency air conditioning units in residential buildings. | Deploy electric heat pumps; Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Miami-Fort Lauderdale-West Palm Beach, FL | Miami-Fort Lauderdale-Pompano Beach, FL Metro Area (pdf) | MSA |
Generate electricity from onsite solar panels for single and multi-family housing. | Increase deployment of distributed renewables | Commercial and residential buildings; Electricity | Quantitative | EPA AVERT | None | N/A | Miami-Fort Lauderdale-West Palm Beach, FL | Miami-Fort Lauderdale-Pompano Beach, FL Metro Area (pdf) | MSA |
Replace residential lighting with LEDs or more energy efficient units. | Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Miami-Fort Lauderdale-West Palm Beach, FL | Miami-Fort Lauderdale-Pompano Beach, FL Metro Area (pdf) | MSA |
Provide enclosure upgrades and roof assessments to improve energy efficiency in residential buildings. | Improve weatherization | Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Miami-Fort Lauderdale-West Palm Beach, FL | Miami-Fort Lauderdale-Pompano Beach, FL Metro Area (pdf) | MSA |
Assess and replace windows, doors, and skylights to improve residential building energy performance. | Improve weatherization | Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Miami-Fort Lauderdale-West Palm Beach, FL | Miami-Fort Lauderdale-Pompano Beach, FL Metro Area (pdf) | MSA |
Replace residential appliances with Energy Star or equivalent appliances and install plug load controls. | Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Miami-Fort Lauderdale-West Palm Beach, FL | Miami-Fort Lauderdale-Pompano Beach, FL Metro Area (pdf) | MSA |
Install energy-efficient heat pumps for domestic hot water. | Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Miami-Fort Lauderdale-West Palm Beach, FL | Miami-Fort Lauderdale-Pompano Beach, FL Metro Area (pdf) | MSA |
Replace standard electric or gas domestic hot water systems with solar water heaters. | Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Miami-Fort Lauderdale-West Palm Beach, FL | Miami-Fort Lauderdale-Pompano Beach, FL Metro Area (pdf) | MSA |
Install smart thermostats in residential buildings to optimize heating, cooling, and preferences to increase energy efficiency, comfort, and ease of use. | Install more efficient heating or cooling equipment; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Miami-Fort Lauderdale-West Palm Beach, FL | Miami-Fort Lauderdale-Pompano Beach, FL Metro Area (pdf) | MSA |
Replace old air conditioning technology with heat pumps or high-efficiency air conditioning units in commercial buildings. | Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Miami-Fort Lauderdale-West Palm Beach, FL | Miami-Fort Lauderdale-Pompano Beach, FL Metro Area (pdf) | MSA |
Generate electricity from onsite solar panels for commercial and public buildings with potential battery backup installation. | Increase deployment of distributed renewables; Develop energy storage systems | Commercial and residential buildings; Electricity | Quantitative | EPA AVERT | None | N/A | Miami-Fort Lauderdale-West Palm Beach, FL | Miami-Fort Lauderdale-Pompano Beach, FL Metro Area (pdf) | MSA |
Replace commercial lighting with LEDs or more energy efficient units. | Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Miami-Fort Lauderdale-West Palm Beach, FL | Miami-Fort Lauderdale-Pompano Beach, FL Metro Area (pdf) | MSA |
Provide enclosure upgrades and roof assessments to improve energy efficiency in commercial buildings. | Improve weatherization | Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Miami-Fort Lauderdale-West Palm Beach, FL | Miami-Fort Lauderdale-Pompano Beach, FL Metro Area (pdf) | MSA |
Install smart thermostats in commercial buildings to optimize heating, cooling, and preferences to increase energy efficiency, comfort, and ease of use. | Install more efficient heating or cooling equipment; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Miami-Fort Lauderdale-West Palm Beach, FL | Miami-Fort Lauderdale-Pompano Beach, FL Metro Area (pdf) | MSA |
Install a solar microgrid to support commercial and residential entities. | Develop microgrids | Electricity | Quantitative | EPA AVERT | None | N/A | Miami-Fort Lauderdale-West Palm Beach, FL | Miami-Fort Lauderdale-Pompano Beach, FL Metro Area (pdf) | MSA |
Decarbonize goods movement by increasing the adoption of zero-emission heavy-duty vehicles, rail, and equipment, installing EV charging equipment, installing shore power at ports, and expand electric rail infrastructure. | Promote water- or train-based freight transportation; Develop EV charging infrastructure; Provide shore power to docked boats; Increase the deployment of electric MDVs and/or HDVs | Transportation | Qualitative | N/A | None | N/A | Los Angeles-Long Beach-Anaheim, CA | Los Angeles-Long Beach-Anaheim, CA Metro Area (pdf) | MSA |
Increase the zero-emission vehicle market share for on-road passenger vehicles and passenger buses, including school buses. | Electrify government and/or publicly owned vehicle fleets; Electrify municipal buses | Transportation | Qualitative | N/A | None | N/A | Los Angeles-Long Beach-Anaheim, CA | Los Angeles-Long Beach-Anaheim, CA Metro Area (pdf) | MSA |
Increase the zero-emission vehicle market share for on-road medium- and heavy-duty vehicles. | Increase the deployment of electric MDVs and/or HDVs; Develop EV charging infrastructure | Transportation | Qualitative | N/A | None | N/A | Los Angeles-Long Beach-Anaheim, CA | Los Angeles-Long Beach-Anaheim, CA Metro Area (pdf) | MSA |
Reduce miles traveled in personal vehicles by constructing transit-oriented, mixed-use, and infill development and increasing housing and high-quality transit near high job density areas. | Build housing in transit connected locations; Build dense communities | Transportation | Qualitative | N/A | None | N/A | Los Angeles-Long Beach-Anaheim, CA | Los Angeles-Long Beach-Anaheim, CA Metro Area (pdf) | MSA |
Expand active transportation infrastructure and vehicles, including bicycle and pedestrian networks and micro-mobility options to encourage and support zero-carbon transportation options. | Increase active transportation | Transportation | Qualitative | N/A | None | N/A | Los Angeles-Long Beach-Anaheim, CA | Los Angeles-Long Beach-Anaheim, CA Metro Area (pdf) | MSA |
Expand transit services, infrastructure, and accessibility to reach the majority of residents and workers. | Expand public transit | Transportation | Qualitative | N/A | None | N/A | Los Angeles-Long Beach-Anaheim, CA | Los Angeles-Long Beach-Anaheim, CA Metro Area (pdf) | MSA |
Retrofit and enhance traffic infrastructure to improve traffic flows and reduce idle times. | Reduce idling; Improve transportation systems management and operations | Transportation | Qualitative | N/A | None | N/A | Los Angeles-Long Beach-Anaheim, CA | Los Angeles-Long Beach-Anaheim, CA Metro Area (pdf) | MSA |
Implement building performance standards and fuel switching to decarbonize existing buildings and reduce the GHG intensity of existing building operations. | Leverage building codes; Electrify existing buildings | Commercial and residential buildings | Qualitative | N/A | None | N/A | Los Angeles-Long Beach-Anaheim, CA | Los Angeles-Long Beach-Anaheim, CA Metro Area (pdf) | MSA |
Require new buildings to achieve zero GHG emissions in building operations. | Leverage building codes; Electrify new construction | Commercial and residential buildings | Qualitative | N/A | None | N/A | Los Angeles-Long Beach-Anaheim, CA | Los Angeles-Long Beach-Anaheim, CA Metro Area (pdf) | MSA |
Decarbonize and retrofit industrial processes by adopting zero GHG emission technologies, improving energy efficiency, and transitioning to carbon-free and renewable energy sources. | Improve chemical and/or process efficiency; Improve industrial energy efficiency; Increase deployment of distributed renewables | Industry | Qualitative | N/A | None | N/A | Los Angeles-Long Beach-Anaheim, CA | Los Angeles-Long Beach-Anaheim, CA Metro Area (pdf) | MSA |
Accelerate use of renewable energy by expanding renewable electricity generation and maximizing electricity storage. | Expand utility-scale renewable energy generation; Develop energy storage systems | Electricity | Qualitative | N/A | None | N/A | Los Angeles-Long Beach-Anaheim, CA | Los Angeles-Long Beach-Anaheim, CA Metro Area (pdf) | MSA |
Reduce energy consumption in urban environments through the strategic planting of shade trees and vegetation and the use of cooling surfaces. | Expand urban forests and/or green spaces | Natural and working lands | Qualitative | N/A | None | N/A | Los Angeles-Long Beach-Anaheim, CA | Los Angeles-Long Beach-Anaheim, CA Metro Area (pdf) | MSA |
Develop strategies and policies to decommission oil and gas operations, increase carbon removal, and help the fossil fuel workforce transition to clean energy jobs. | Deploy carbon capture and/or sequestration technology; Reduce fugitive emissions; Develop green workforce | Electricity; Industry | Qualitative | N/A | None | N/A | Los Angeles-Long Beach-Anaheim, CA | Los Angeles-Long Beach-Anaheim, CA Metro Area (pdf) | MSA |
Increase diversion of organic waste from landfills that is generated from residential, industrial, and commercial sources. | Increase composting | Waste and materials management | Qualitative | N/A | None | N/A | Los Angeles-Long Beach-Anaheim, CA | Los Angeles-Long Beach-Anaheim, CA Metro Area (pdf) | MSA |
Expand waste management practices and implement waste-to-energy and energy conversion technologies. | Increase capture and/or utilization of gas from landfills; Increase waste-to-energy | Waste and materials management | Qualitative | N/A | None | N/A | Los Angeles-Long Beach-Anaheim, CA | Los Angeles-Long Beach-Anaheim, CA Metro Area (pdf) | MSA |
Increase waste diversion by establishing organic waste and recycling sites and clean landfill gas. | Increase recycling; Increase composting; Increase capture and/or utilization of gas from landfills | Waste and materials management | Qualitative | N/A | None | N/A | Tucson, AZ | Tucson, AZ Metro Area (pdf) | MSA |
Remove and replace gas powered handheld lawn and garden equipment with battery powered units at six project sites. | Electrify off road vehicles or equipment | Transportation | Qualitative | Unspecified | None | N/A | Tucson, AZ | Tucson, AZ Metro Area (pdf) | MSA |
Implement two separate temperature reduction technologies, Cold Central Plant Recycling and Warm Mix Technology to reduce emissions from asphalt production. | Improve chemical and/or process efficiency | Industry | Quantitative | Unspecified | None | N/A | Alabama | Alabama (pdf) | State |
Deploy port electrification systems, including shore power for berthed ships and electric charging stations for cruise ships, at the Port of Mobile, the Mobile Cruise Terminal, and inland port facilities across Alabama to improve terminal efficiency and encourage the use of electric powered vessels. | Provide shore power to docked boats; Electrify or increase efficiency of non-road transportation | Transportation | Quantitative | Unspecified | None | N/A | Alabama | Alabama (pdf) | State |
Create incentive programs for implementation of end-use energy efficiency measures in commercial and industrial buildings | Install more efficient heating or cooling equipment | Commercial and residential buildings; Industry | Quantitative | EPA GLIMPSE | None | N/A | Alabama | Alabama (pdf) | State |
Create incentive programs for the purchase of certified energy-efficient lighting in commercial and industrial buildings, as well as streetlights | Improve appliance energy efficiency; Install LED Streetlights | Commercial and residential buildings | Quantitative | EPA GLIMPSE | None | N/A | Alabama | Alabama (pdf) | State |
Create incentive programs for the purchase of certified energy-efficient building products to replace inefficient products in residential buildings | Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative | EPA GLIMPSE | None | N/A | Alabama | Alabama (pdf) | State |
Implement weatherization programs for residential buildings | Improve weatherization | Commercial and residential buildings | Quantitative | EPA GLIMPSE | None | N/A | Alabama | Alabama (pdf) | State |
Upgrade electricity distribution to reduce transmission line inefficiencies and overall power consumption. | Develop transmission and distribution infrastructure | Electricity | Quantitative | EPA GLIMPSE | None | N/A | Alabama | Alabama (pdf) | State |
Install equipment at the City & Borough of Juneau's two cruise docks to provide shore power to cruise ships moored there and reduce emissions produced while the ship is at port. | Provide shore power to docked boats | Transportation | Qualitative | Unspecified | None | N/A | Alaska | Alaska (pdf) | State |
Support the deployment of renewable energy and storage systems for local government buildings, providing additional incentives to complement newly available "direct pay" options for local governments to receive energy tax credits and technical assistance for such projects. | Develop energy storage systems; Increase deployment of distributed renewables | Electricity; Commercial and residential buildings | Quantitative | PVWatts Calculator | None | N/A | Arizona | Arizona (pdf) | State |
Incentivize the installation of EV charging infrastructure for public fleets and publicly available charging and fund the transition of public fleets from fossil fuel-powered vehicles to EVs. | Electrify government and/or publicly owned vehicle fleets; Develop EV charging infrastructure | Transportation | Quantitative | Unspecified | None | N/A | Arizona | Arizona (pdf) | State |
Replace existing school buses with zero-emission vehicle school buses | Electrify municipal buses | Transportation | None | N/A | Qualitative | Unspecified | Connecticut | Connecticut (pdf) | State |
Plant trees in urban areas to increase carbon sequestration and mitigate climate change impacts in underserved communities | Expand urban forests and/or green spaces | Natural and working lands | Quantitative | i-Tree | None | N/A | Connecticut | Connecticut (pdf) | State |
Deploy electric vehicle chargers statewide to support light-duty and medium-heavy duty fueling needs | Develop EV charging infrastructure | Transportation | Quantitative | EPA MOVES | Qualitative | Unspecified | Connecticut | Connecticut (pdf) | State |
Establish electric vehicle incentive pathways for advanced technology vehicles (full battery electric, plug-in hybrid and fuel cell electric vehicles for light-, medium-, and heavy-duty vehicles) | Increase the deployment of electric vehicles | Transportation | Quantitative | EPA MOVES | Qualitative | Unspecified | Connecticut | Connecticut (pdf) | State |
Electrify transit buses. | Electrify municipal buses | Transportation | None | N/A | Qualitative | Unspecified | Connecticut | Connecticut (pdf) | State |
Purchase and deploy idle reduction systems for truck mounted attenuators for the Connecticut Department of Transportation's Crash Unit. | Apply technology or best practices to improve fuel efficiency | Transportation | Quantitative | EPA MOVES | Qualitative | Unspecified | Connecticut | Connecticut (pdf) | State |
Expand existing microtransit program to focus on first- and last-mile transportation gaps in rural areas. | Expand public transit | Transportation | Quantitative | EPA MOVES | Qualitative | Unspecified | Connecticut | Connecticut (pdf) | State |
Support increased adoption of heat pumps statewide. | Deploy electric heat pumps | Commercial and residential buildings | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Connecticut | Connecticut (pdf) | State |
Expand energy efficiency programs under the Conservation and Load Management Program. | Install more efficient heating or cooling equipment; Improve weatherization | Commercial and residential buildings; Industry | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Connecticut | Connecticut (pdf) | State |
Expand funding for the Residential Energy Preparation Services program to address health and safety barriers to weatherization. | Install more efficient heating or cooling equipment; Improve weatherization | Commercial and residential buildings | Quantitative | Unspecified | Quantitative | Unspecified | Connecticut | Connecticut (pdf) | State |
Support deployment of networked geothermal systems. | Use district geothermal, cogeneration, or waste heat recovery | Electricity | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Connecticut | Connecticut (pdf) | State |
Reduce electric sector emissions while maintaining electric system reliability using demand response and/or energy storage. | Develop energy storage systems | Electricity | Quantitative | Custom-built tool | None | N/A | Connecticut | Connecticut (pdf) | State |
Electrify propane and diesel forklifts at ports | Electrify off road vehicles or equipment | Transportation | Quantitative | Custom-built tool | None | N/A | Connecticut | Connecticut (pdf) | State |
Provide funding for food waste diversion programs and enforcement. | Increase composting; Increase anaerobic digestion | Waste and materials management | Qualitative | EPA SWEET | Qualitative | Unspecified | Connecticut | Connecticut (pdf) | State |
Replace public and private buses powered by diesel with electric buses and increase ridership. | Electrify municipal buses | Transportation | Quantitative | Energy Policy Simulator | None | N/A | Georgia | Georgia (pdf) | State |
Expand EV charging infrastructure across Georgia to support the adoption of EVs by residents. | Develop EV charging infrastructure | Transportation | Quantitative | Energy Policy Simulator | None | N/A | Georgia | Georgia (pdf) | State |
Expand bicycle infrastructure such as multiuse paths, dedicated bike lanes, and shared lanes. | Increase active transportation | Transportation | Quantitative | Energy Policy Simulator | None | N/A | Georgia | Georgia (pdf) | State |
Transition public fleets at the municipal, county, and state level to zero emission vehicles, including light duty vehicles or trucks. | Electrify government and/or publicly owned vehicle fleets | Transportation | Quantitative | Energy Policy Simulator | None | N/A | Georgia | Georgia (pdf) | State |
Increase manufacturing of raw materials and finished products for EVs to support the growth of the EV market. | Increase the deployment of electric vehicles | Transportation | Quantitative | Energy Policy Simulator | None | N/A | Georgia | Georgia (pdf) | State |
Increase the energy efficiency of residential homes and lower energy costs. | Install more efficient heating or cooling equipment; Improve weatherization | Commercial and residential buildings | Quantitative | Energy Policy Simulator | None | N/A | Georgia | Georgia (pdf) | State |
Provide households with funds to purchase more energy efficient or electric products. | Install more efficient heating or cooling equipment; Electrify existing buildings | Commercial and residential buildings | Quantitative | Energy Policy Simulator | None | N/A | Georgia | Georgia (pdf) | State |
Improve energy efficiency in the commercial building sector. | Install more efficient heating or cooling equipment; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | Energy Policy Simulator | None | N/A | Georgia | Georgia (pdf) | State |
Create incentive programs for the purchase of energy-efficient lighting in commercial and industrial buildings, including streetlights. | Improve appliance energy efficiency; Install LED Streetlights | Commercial and residential buildings; Industry | Quantitative | Energy Policy Simulator | None | N/A | Georgia | Georgia (pdf) | State |
Improve transmission infrastructure and the electricity distribution system to maintain reliability and position the state for future increased load. | Develop transmission and distribution infrastructure | Electricity | Quantitative | Energy Policy Simulator | None | N/A | Georgia | Georgia (pdf) | State |
Increase renewable energy generation through rooftop solar on government owned buildings, community solar, and renewable energy development at industrial facilities. | Increase deployment of distributed renewables; Support development or expansion of community solar programs | Electricity; Commercial and residential buildings; Industry | Quantitative | Energy Policy Simulator | None | N/A | Georgia | Georgia (pdf) | State |
Increase the generation of energy or alternative fuels at landfills through gas collection and control systems. | Increase capture and/or utilization of gas from landfills | Waste and materials management | Quantitative | Energy Policy Simulator | None | N/A | Georgia | Georgia (pdf) | State |
Increase capacity for composting in Georgia to sequester carbon and reduce organic waste in landfills. | Increase composting | Waste and materials management | Quantitative | Energy Policy Simulator | None | N/A | Georgia | Georgia (pdf) | State |
Increase capture of valuable post-consumer resources that can be processed, reused, and delivered back to businesses or consumers for continued use. | Increase recycling | Waste and materials management | Quantitative | Energy Policy Simulator | None | N/A | Georgia | Georgia (pdf) | State |
Construct hydrogen refueling stations to expand hydrogen supply in Georgia. | Utilize low carbon fuels | Transportation | Quantitative | Energy Policy Simulator | None | N/A | Georgia | Georgia (pdf) | State |
Increase sustainable aviation fuel production. | Manufacture low carbon fuels | Industry | Quantitative | Energy Policy Simulator | None | N/A | Georgia | Georgia (pdf) | State |
Increase production of renewable natural gas by using anaerobic biodigesters and gas upgrading systems that have the capacity to decompose organic or agricultural waste. | Increase anaerobic digestion; Increase capture and/or utilization of gas from anaerobic digestion | Waste and materials management | Quantitative | Energy Policy Simulator | None | N/A | Georgia | Georgia (pdf) | State |
Reduce fugitive emissions from hydrofluorocarbons and SF6 by repairing, retrofitting, or replacing existing equipment. | Reduce fugitive emissions; Phase out HFCs | Industry | Quantitative | Energy Policy Simulator | None | N/A | Georgia | Georgia (pdf) | State |
Increase temperate forest coverage in Georgia, including urban tree canopies. | Expand urban forests and/or green spaces; Maintain or expand existing forests | Natural and working lands | Quantitative | Energy Policy Simulator | None | N/A | Georgia | Georgia (pdf) | State |
Promote reduced-till or no-till farming, cover cropping, and improved nitrogen management among farmers. | Adopt soil or land management practices to sequester carbon; Adopt soil management practices to reduce GHG emissions | Agriculture | Quantitative | Energy Policy Simulator | None | N/A | Georgia | Georgia (pdf) | State |
Maintain watershed water levels, improve landscape buffers, and use other conservation measures to improve carbon sequestration along the coast and waterways. | Preserve or expand wetlands | Natural and working lands | Quantitative | Energy Policy Simulator | None | N/A | Georgia | Georgia (pdf) | State |
Establish transit priority lanes along major bus rapid transit corridors connecting the existing Skyline rail to make public transit more efficient and more reliable. | Expand public transit | Transportation | Quantitative | Custom-built tool | None | N/A | Hawaii | Hawaii (pdf) | State |
Replace 7 combustion engine vehicles with 12 EV to reduce emissions related to the paratransit fleet. | Electrify government and/or publicly owned vehicle fleets | Transportation | Quantitative | Custom-built tool | None | N/A | Hawaii | Hawaii (pdf) | State |
Build and upgrade active transportation infrastructure by creating e-bike and e-scooter mobility hubs with chargers, emphasizing expansion into low income areas. | Increase active transportation | Transportation | Quantitative | Custom-built tool | None | N/A | Hawaii | Hawaii (pdf) | State |
Improve street infrastructure (sidewalks, bike lines, bus stops, traffic calming measures) to encourage safe and accessible walking, biking, and transit ridership. | Increase active transportation; Expand public transit | Transportation | Quantitative | Custom-built tool | None | N/A | Hawaii | Hawaii (pdf) | State |
Create and implement a statewide building retrofit program targeting existing multi-family homes to improve energy efficiency. | Improve building energy efficiency | Commercial and residential buildings | Quantitative | Custom-built tool | None | N/A | Hawaii | Hawaii (pdf) | State |
Implement energy efficiency improvements to the Pearl City Public Library. | Install more efficient heating or cooling equipment; Improve municipal building efficiency | Commercial and residential buildings | Quantitative | Custom-built tool | None | N/A | Hawaii | Hawaii (pdf) | State |
Implement energy efficiency upgrades (LED lighting, window treatments, refrigeration upgrades) for a community civic center, fire stations, and neighborhood centers. | Install more efficient heating or cooling equipment; Improve appliance energy efficiency; Improve municipal building efficiency | Commercial and residential buildings | Quantitative | Custom-built tool | None | N/A | Hawaii | Hawaii (pdf) | State |
Use nutrient recapture and soil generation to reduce waste from agriculture and land management. | Adopt soil management practices to reduce GHG emissions | Agriculture | Quantitative | Custom-built tool | None | N/A | Hawaii | Hawaii (pdf) | State |
Plant one million native trees and plants to restore forest ecosystems. | Maintain or expand existing forests; Expand urban forests and/or green spaces | Natural and working lands | Quantitative | Custom-built tool | None | N/A | Hawaii | Hawaii (pdf) | State |
Produce biochar for agricultural, bioremediation, or reforestation efforts. | Maintain or expand existing forests; Increase thermal biomass conversion | Natural and working lands | Quantitative | Custom-built tool | None | N/A | Hawaii | Hawaii (pdf) | State |
Reforest degraded lands adjacent to the Waiehu Kou Hawaiian Homes subdivision, revitalize abandoned agricultural land, and reduce wildfire risk. | Maintain or expand existing forests | Natural and working lands | Quantitative | Custom-built tool | None | N/A | Hawaii | Hawaii (pdf) | State |
Sponsor community greenspace programs for small scale community-based native urban gardens, greenspaces, and tree planting to optimize carbon sequestration and canopy cover | Expand urban forests and/or green spaces | Natural and working lands | Quantitative | Unspecified | None | N/A | Idaho | Idaho (pdf) | State |
Develop sustainable transportation networks throughout Idaho. This includes projects that support public transit, active transportation, and traffic flow improvement. | Expand public transit; Increase active transportation | Transportation | Quantitative | Unspecified | None | N/A | Idaho | Idaho (pdf) | State |
Support private and public entities and individuals to transition their vehicles to cleaner fuels such as biodiesel, electricity, ethanol, hydrogen, natural gas, and propane. This includes light-, medium-, and heavy-duty vehicles and those that are flexible-fuel, dual-fuel, and hybrid and use fuel cells and idle mitigation technology. | Utilize low carbon fuels; Increase the deployment of electric vehicles | Transportation | Quantitative | Unspecified | None | N/A | Idaho | Idaho (pdf) | State |
Assist energy efficiency improvements in buildings throughout Idaho including weatherization, lighting retrofits, appliances, thermostats, and heating and cooling equipment. | Improve weatherization; Improve appliance energy efficiency; Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative | ResStock | Quantitative | Unspecified | Idaho | Idaho (pdf) | State |
Support habitat restoration and conservation to increase carbon sequestration, prevent land degradation, and promote healthy lands across Idaho. | Maintain or expand existing forests; Manage or restore grasslands for carbon sequestration | Natural and working lands | Quantitative | EPA SIT | None | N/A | Idaho | Idaho (pdf) | State |
Facilitate the adoption of solar and/or solar and storage at locations throughout Idaho to reduce energy costs and provide resilience in case of an electric grid outage. | Develop energy storage systems; Expand utility-scale renewable energy generation | Electricity | Quantitative | EPA AVERT | Quantitative | Unspecified | Idaho | Idaho (pdf) | State |
Support adoption of zero-emission light commercial, medium- and heavy-duty electric vehicles, reaching 30% of new sales by 2030, 60% by 2035, 65% by 2040, and 80% by 2050. | Increase the deployment of electric vehicles; Develop EV charging infrastructure | Transportation | Qualitative | N/A | None | N/A | Illinois | Illinois (pdf) | State |
Support and develop solar and wind power projects to reach 25% of Indiana’s net electricity generation by 2030 and 40% of Indiana's net electricity generation by 2050. | Expand utility-scale renewable energy generation | Electricity | Quantitative | Custom-built tool | Quantitative | Unspecified | Indiana | Indiana (pdf) | State |
Expand community and distributed solar generation by an additional 500 MW by 2030 and 2,000 MW by 2050. | Increase deployment of distributed renewables; Support development or expansion of community solar programs | Electricity; Commercial and residential buildings | Quantitative | Unspecified | Quantitative | Unspecified | Indiana | Indiana (pdf) | State |
Implement retrofits and weatherization in 25% of residential and commercial buildings that are eligible for interventions by 2030, and 80% by 2050. | Improve weatherization; Install more efficient heating or cooling equipment; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | Unspecified | Quantitative | Unspecified | Indiana | Indiana (pdf) | State |
Accelerate adoption of light-duty electric such that electric vehicles’ share of light-duty vehicle miles travelled increases to 10% by 2030 and 30% by 2050. Simultaneously expand the availability of EV charging stations. | Increase the deployment of electric vehicles; Develop EV charging infrastructure | Transportation | Quantitative | Unspecified | None | N/A | Indiana | Indiana (pdf) | State |
Expanding transportation options, including public transit and active transportation to reduce vehicle miles traveled by 5% in 2030 and 20% in 2050. | Expand public transit; Increase active transportation | Transportation | Quantitative | Unspecified | None | N/A | Indiana | Indiana (pdf) | State |
Expand the use of electric and green hydrogen industrial processes and technologies such that coal consumption decreases by 33% in 2030 and 72% in 2050. Also aim to decrease natural gas consumption by 7% in 2030 and 20% in 2050. | Utilize low carbon fuels; Electrify industrial processes | Industry | Quantitative | Unspecified | None | N/A | Indiana | Indiana (pdf) | State |
Increase diversion rate of organic waste from landfills to 28% in 2030 and 50% in 2050. | Increase composting; Increase anaerobic digestion | Waste and materials management | Quantitative | Unspecified | None | N/A | Indiana | Indiana (pdf) | State |
Expand green spaces and urban tree canopy by planting 500,000 trees in LIDACs across Indiana by 2030 and 2.5 million trees in LIDACs by 2050. | Expand urban forests and/or green spaces | Natural and working lands | Quantitative | i-Tree | None | N/A | Indiana | Indiana (pdf) | State |
Electrify 15% of all low- and medium-heat processes, with a goal of 100% of all new and replacement boilers and process heaters being electric by 2040. | Electrify industrial processes | Industry | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Louisiana | Louisiana (pdf) | State |
Convert 100 berths at Louisiana ports to shore power by 2030. | Provide shore power to docked boats | Transportation | Quantitative | Energy Policy Simulator | None | N/A | Louisiana | Louisiana (pdf) | State |
Mode-shift material from truck transport to barge. | Promote water- or train-based freight transportation | Transportation | Quantitative | Energy Policy Simulator | None | N/A | Louisiana | Louisiana (pdf) | State |
Scale up to 1% annual retrofits of residential households by 2030, 2% annual retrofits by 2035, and 5% annual retrofits by 2040. | Electrify existing buildings | Commercial and residential buildings | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Louisiana | Louisiana (pdf) | State |
Support 5 GW of offshore wind energy by 2035. | Expand utility-scale renewable energy generation | Electricity | Quantitative | EPA AVERT | None | N/A | Louisiana | Louisiana (pdf) | State |
Support development of 500 MW of community solar statewide by 2030. | Support development or expansion of community solar programs | Electricity | Quantitative | EPA AVERT | None | N/A | Louisiana | Louisiana (pdf) | State |
Deploy 385 carbon-free microgrids serving Community Resilience Hubs and critical facilities by 2031. | Develop microgrids | Electricity | Quantitative | EPA AVERT | None | N/A | Louisiana | Louisiana (pdf) | State |
Enhance energy efficiency in chemical and refining facilities by an average of 10% by 2030. | Improve industrial energy efficiency | Industry | Quantitative | Energy Policy Simulator | None | N/A | Louisiana | Louisiana (pdf) | State |
Increase on-site renewable and clean electricity generation, including energy storage and grid integration, to 20% of industrial facilities by 2030. | Increase deployment of distributed renewables; Develop energy storage systems | Electricity; Industry | Quantitative | Custom-built tool | None | N/A | Louisiana | Louisiana (pdf) | State |
Switch 25% of all hydrogen to clean hydrogen used in ammonia and refining production by 2030. | Utilize low carbon fuels | Industry | Quantitative | Energy Policy Simulator | None | N/A | Louisiana | Louisiana (pdf) | State |
Transition 5 MTPA of steam methane reformers to low- or no-carbon hydrogen. | Utilize low carbon fuels | Industry | Quantitative | Energy Policy Simulator | None | N/A | Louisiana | Louisiana (pdf) | State |
Apply carbon capture, utilization, and storage at as close as possible to 90% capture rate at a majority of natural gas processing facilities, petroleum refineries, and ammonia and chemical manufacturing plants by 2030. | Deploy carbon capture and/or sequestration technology | Industry | Quantitative | Energy Policy Simulator | None | N/A | Louisiana | Louisiana (pdf) | State |
Support electrification of 20,000 (25%) public fleet vehicles by 2030. | Electrify government and/or publicly owned vehicle fleets | Transportation | Quantitative | Custom-built tool | None | N/A | Louisiana | Louisiana (pdf) | State |
Double use of alternative modes of transportation by 2035 and increase access to clean transportation options, including public transit, for low-income and disadvantaged communities by 10% each year by 2030. | Expand public transit | Transportation | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Louisiana | Louisiana (pdf) | State |
Provide incentives, set sectoral standards, and set economy-wide standards to reduce GHG emissions, supporting building energy efficiency and electrification, EV and charging infrastructure incentives, and nature-based solutions. | Improve building energy efficiency; Increase the deployment of electric vehicles; Develop EV charging infrastructure; Maintain or expand existing forests | Commercial and residential buildings; Transportation; Industry; Natural and working lands | Quantitative | EPA COBRA | None | N/A | Maryland | Maryland (pdf) | State |
Increase the deployment of clean and renewable energy resources through the Renewable Portfolio Standard and other clean energy initiatives, requiring approximately 50% of electricity consumed in Maryland to be generated by renewable resources by 2030. | Achieve clean or renewable energy goals; Expand utility-scale renewable energy generation | Electricity | Quantitative | EPA COBRA | None | N/A | Maryland | Maryland (pdf) | State |
Reduce CO2 emissions from power plants through a regional cap and invest program | Create a cap-and-trade or carbon tax program | Electricity | Quantitative | EPA COBRA | None | N/A | Maryland | Maryland (pdf) | State |
Require 100% of the electricity consumed in Maryland to be generated by clean and renewable sources of energy by 2035. | Achieve clean or renewable energy goals | Electricity | Quantitative | EPA COBRA | None | N/A | Maryland | Maryland (pdf) | State |
Require 100% of new cars, light-duty trucks, and sport utility vehicles sold in Maryland to be zero emission vehicles by 2035. | Increase the deployment of electric vehicles | Transportation | Quantitative | EPA COBRA | None | N/A | Maryland | Maryland (pdf) | State |
Require certain types of medium and heavy-duty trucks sold in Maryland to be zero emission vehicles in certain years. | Increase the deployment of electric MDVs and/or HDVs | Transportation | Quantitative | EPA COBRA | None | N/A | Maryland | Maryland (pdf) | State |
Require specific high-priority fleets of medium and heavy-duty vehicles to transition to zero emission vehicles. | Increase the deployment of electric MDVs and/or HDVs | Transportation | Quantitative | EPA COBRA | None | N/A | Maryland | Maryland (pdf) | State |
Reduce vehicle miles traveled per capita by 20% through infrastructure and programmatic investments, and minimize fossil fuel consumption, reduce greenhouse gas emissions, and improve air quality from the transportation sector. | Reduce vehicle miles traveled | Transportation | Quantitative | EPA COBRA | None | N/A | Maryland | Maryland (pdf) | State |
Require certain buildings 35,000 square feet or larger to achieve specific energy efficiency and direct emissions standards, including achieving net-zero direct emissions by 2040. | Develop building benchmarking and performance standards; Electrify new construction | Commercial and residential buildings | Quantitative | EPA COBRA | None | N/A | Maryland | Maryland (pdf) | State |
Require new space and water heating systems to produce zero direct emissions starting later this decade. | Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative | EPA COBRA | None | N/A | Maryland | Maryland (pdf) | State |
Require clean heat measures to be deployed in buildings at the pace required to achieve the state’s GHG reduction requirements. | Electrify existing buildings; Use district geothermal, cogeneration, or waste heat recovery | Electricity; Commercial and residential buildings | Quantitative | EPA COBRA | None | N/A | Maryland | Maryland (pdf) | State |
Prohibit the use of certain products that contain particular chemicals with high global warming potential, such as hydrofluorocarbons. | Phase out HFCs | Industry | Quantitative | EPA COBRA | None | N/A | Maryland | Maryland (pdf) | State |
Require methane emissions from natural gas transmission and storage facilities to be mitigated through fugitive emissions detection and repair. | Reduce fugitive emissions | Industry | Quantitative | EPA COBRA | None | N/A | Maryland | Maryland (pdf) | State |
Require landfills to detect and repair landfill gas leaks and operate emission control systems to reduce methane emissions. | Increase capture and/or utilization of gas from landfills | Waste and materials management | Quantitative | EPA COBRA | None | N/A | Maryland | Maryland (pdf) | State |
Set goals for GHG emissions reductions, material-specific recycling rates, and overall statewide recycling and waste diversion rates. | Increase recycling; Increase composting; Utilize low embodied carbon materials | Waste and materials management | Quantitative | EPA COBRA | None | N/A | Maryland | Maryland (pdf) | State |
Provide additional funding for decarbonization activities in Maryland's agricultural sector. | Improve livestock management; Adopt soil management practices to reduce GHG emissions | Agriculture | Quantitative | EPA COBRA | None | N/A | Maryland | Maryland (pdf) | State |
Support farmers in adopting best management practices that improve soil health and increase carbon sequestration on agricultural lands. | Adopt soil or land management practices to sequester carbon | Agriculture | Quantitative | EPA COBRA | None | N/A | Maryland | Maryland (pdf) | State |
Promote tree planting activities and sustainable forestry management practices on public and private forest lands in Maryland. | Maintain or expand existing forests | Natural and working lands | Quantitative | EPA COBRA | None | N/A | Maryland | Maryland (pdf) | State |
Increase adoption of zero emission medium- and heavy-duty vehicles through vehicle incentives, charging infrastructure support, garage infrastructure upgrades, workforce development, and technical assistance. | Increase the deployment of electric MDVs and/or HDVs; Develop EV charging infrastructure; Develop green workforce | Transportation | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Massachusetts | Massachusetts (pdf) | State |
Accelerate the adoption of zero emission passenger and light-duty vehicles through rebates, vehicle procurement, charging infrastructure development/support, vehicle incentives, and technical assistance. | Increase the deployment of electric vehicles; Develop EV charging infrastructure | Transportation | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Massachusetts | Massachusetts (pdf) | State |
Increase alternatives to personal vehicle use by increasing short-distance transportation alternatives, expanding and electrifying rail service, and supporting transit-oriented development and smart growth. | Increase active transportation; Electrify or increase efficiency of non-road transportation; Build housing in transit connected locations | Transportation | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Massachusetts | Massachusetts (pdf) | State |
Increase building efficiency through renovations and retrofits of existing commercial buildings, housing, and schools. | Install more efficient heating or cooling equipment; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Massachusetts | Massachusetts (pdf) | State |
Decarbonize building heating systems by increasing heat pump and geothermal adoption. | Deploy electric heat pumps; Use district geothermal, cogeneration, or waste heat recovery | Electricity; Commercial and residential buildings | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Massachusetts | Massachusetts (pdf) | State |
Develop new renewable energy facilities by investing in port infrastructure to support offshore wind development and overcome supply chain bottlenecks and assist utility and community scale solar deployment. | Expand utility-scale renewable energy generation; Support development or expansion of community solar programs | Electricity | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Massachusetts | Massachusetts (pdf) | State |
Implement building-scale renewables by identifying suitable properties and installing rooftop photovoltaic, wind, and ground/structure mount solar on commercial, residential, and industrial buildings. | Increase deployment of distributed renewables | Electricity; Commercial and residential buildings; Industry | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Massachusetts | Massachusetts (pdf) | State |
Maximize utilization of clean energy through the Municipal Microgrid Initiative and electric grid investments. | Develop transmission and distribution infrastructure; Develop microgrids | Electricity | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Massachusetts | Massachusetts (pdf) | State |
Reduce organic waste through composting | Increase composting | Waste and materials management | Quantitative | Unspecified | Quantitative | Custom-built tool | Massachusetts | Massachusetts (pdf) | State |
Drive clean energy deployment including improving siting for renewable energy and energy storage across Michigan, including on brownfields and former industrial sites and emphasizing equitable access for Michigan’s LIDACs. | Expand utility-scale renewable energy generation; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Michigan | Michigan (pdf) | State |
Electrify state government, municipal, tribal, and other public fleets, prioritizing equitable access for Michigan’s LIDACs. | Electrify government and/or publicly owned vehicle fleets; Electrify municipal buses | Transportation | Quantitative | EPA AVERT | None | N/A | Michigan | Michigan (pdf) | State |
Encourage adoption of electric vehicles by increasing deployment of electric vehicle charging infrastructure, prioritizing equitable access for Michigan’s LIDACs. | Develop EV charging infrastructure | Transportation | Quantitative | Unspecified | None | N/A | Michigan | Michigan (pdf) | State |
Reduce methane emissions from various sources, including but not limited to food waste, organics diversion, and wastewater treatment facilities with a focus on methane reduction strategies that will bring significant benefits for LIDACs. | Reduce emissions from wastewater treatment facilities; Increase capture and/or utilization of gas from landfills; Increase composting | Waste and materials management | Quantitative | Unspecified | None | N/A | Michigan | Michigan (pdf) | State |
Invest in energy storage and necessary electric grid investments to enable earlier coal plant retirements and better integrate renewable energy into the electric grid. | Develop transmission and distribution infrastructure; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Michigan | Michigan (pdf) | State |
Support just access to public transit and non-motorized transportation options by improving infrastructure, and by increasing routes, frequency, and reliability of available options. | Expand public transit | Transportation | Quantitative | Energy Policy Simulator | None | N/A | Michigan | Michigan (pdf) | State |
Encourage industrial innovation to advance energy efficiency, fuel-switching, and deployment of cleaner manufacturing technologies prioritizing facilities in LIDACs that may receive significant benefits from reduced industrial sector emissions. | Improve industrial energy efficiency; Utilize low carbon fuels; Improve chemical and/or process efficiency | Industry | Quantitative | Unspecified | None | N/A | Michigan | Michigan (pdf) | State |
Install 1% of residential buildings and 500 commercial buildings with small scale solar systems annually. | Increase deployment of distributed renewables | Electricity; Commercial and residential buildings | Qualitative | Unspecified | None | N/A | Mississippi | Mississippi (pdf) | State |
Deploy 20 large-scale solar power plants annually. | Expand utility-scale renewable energy generation | Electricity | Qualitative | Unspecified | None | N/A | Mississippi | Mississippi (pdf) | State |
Reduce annual transmission and distribution losses by 5% through efficiency upgrades. | Develop transmission and distribution infrastructure | Electricity | Qualitative | Unspecified | None | N/A | Mississippi | Mississippi (pdf) | State |
Transition transport of 2,600 containers over 3,000 miles from trucking to rail. | Promote water- or train-based freight transportation | Transportation | Qualitative | Unspecified | None | N/A | Mississippi | Mississippi (pdf) | State |
Replace 4,000 light duty and 2,000 heavy duty vehicles to EV. | Increase the deployment of electric vehicles | Transportation | Qualitative | EPA SIT | None | N/A | Mississippi | Mississippi (pdf) | State |
Replace 100 school buses with electric school buses. | Electrify municipal buses | Transportation | Qualitative | Unspecified | None | N/A | Mississippi | Mississippi (pdf) | State |
Deploy 100 new electric charging stations (and increase 1,560 EV as a result). | Develop EV charging infrastructure | Transportation | Qualitative | Unspecified | None | N/A | Mississippi | Mississippi (pdf) | State |
Implement building efficiency measures reducing total energy use by 30% in 1% of residential buildings and 500 commercial buildings annually. | Improve appliance energy efficiency; Improve weatherization; Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative and Qualitative | Unspecified | None | N/A | Mississippi | Mississippi (pdf) | State |
Implement a residential pre-weatherization program for low-income residents. | Improve weatherization | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Nebraska | Nebraska (pdf) | State |
Reduce emissions in agricultural production by establishing a carbon intensity score registry, providing incentives for regenerative agriculture practices, and providing incentives for precision agriculture equipment. | Adopt soil or land management practices to sequester carbon; Adopt soil management practices to reduce GHG emissions | Agriculture | Quantitative | Unspecified | None | N/A | Nebraska | Nebraska (pdf) | State |
Incentivize irrigation well conversion from diesel to electric. | Reduce agricultural fuel emissions | Agriculture | Quantitative | EPA DEQ | None | N/A | Nebraska | Nebraska (pdf) | State |
Incentivize micro-solar arrays for critical infrastructure in low-income rural communities | Develop microgrids | Electricity | Quantitative | EPA AVERT | None | N/A | Nebraska | Nebraska (pdf) | State |
Fund solar projects on unused/contaminated land, agricultural and industrial facilities, and parking lot/feedstock solar canopies | Expand utility-scale renewable energy generation; Increase deployment of distributed renewables | Electricity; Industry | Quantitative | EPA AVERT | None | N/A | Nebraska | Nebraska (pdf) | State |
Incentivize the production and use of clean transportation fuels like renewable energy, green hydrogen, and sustainable aviation fuel. | Manufacture low carbon fuels; Utilize low carbon fuels | Transportation; Industry | Quantitative | Custom-built tool | None | N/A | Nevada | Nevada (pdf) | State |
Build capacity for the public (especially LIDACs) to participate in the transition to low emission transportation by purchasing EVs, accessing public transit, participating in active transit, and joining the green workforce where needed. | Increase the deployment of electric vehicles; Expand public transit; Develop green workforce; Increase active transportation | Transportation | Quantitative | Custom-built tool | None | N/A | Nevada | Nevada (pdf) | State |
Transition all publicly and privately owned vehicles to zero emission vehicles through incentives, grants, rebates, and carsharing programs. | Increase the deployment of electric vehicles; Electrify government and/or publicly owned vehicle fleets; Electrify municipal buses | Transportation | Quantitative | Custom-built tool | None | N/A | Nevada | Nevada (pdf) | State |
Develop transportation infrastructure including zero emission vehicle charging, public transit, bike, and pedestrian infrastructure. | Develop EV charging infrastructure; Expand public transit; Increase active transportation | Transportation | Quantitative | Custom-built tool | None | N/A | Nevada | Nevada (pdf) | State |
Provide incentives to convert former industrial sites and brownfields into hubs for green hydrogen production for industrial facilities, encourage the adoption of clean industrial technology, incentivize energy efficient industrial processes, increase adoption of electric medium- and heavy-duty vehicles. | Electrify industrial processes; Improve industrial energy efficiency; Increase the deployment of electric MDVs and/or HDVs; Use cleaner fuels for power generation | Electricity; Transportation; Industry | Quantitative | Custom-built tool | None | N/A | Nevada | Nevada (pdf) | State |
Offer innovation incentives for hard-to-electrify industrial sectors, encourage the use of low global warming potential refrigerants, and improve leak detection technology. | Reduce fugitive emissions; Phase out HFCs; Electrify industrial processes | Industry | Quantitative | Custom-built tool | None | N/A | Nevada | Nevada (pdf) | State |
Increase adoption of heat pumps to reduce emissions from space and water heating. | Deploy electric heat pumps | Commercial and residential buildings | Quantitative | Custom-built tool | None | N/A | New Hampshire | New Hampshire (pdf) | State |
Deploy electric charging infrastructure for EVs in public locations with co-located solar photovoltaic systems or storage with chargers to support electric transit buses. | Develop EV charging infrastructure; Increase deployment of distributed renewables; Develop energy storage systems | Electricity; Transportation | Quantitative | AFLEET | None | N/A | New Hampshire | New Hampshire (pdf) | State |
Provide incentives for purchase of EVs and PHEVs to address the barriers to accessibility for LIDACs. | Increase the deployment of electric vehicles | Transportation | Quantitative | AFLEET | None | N/A | New Hampshire | New Hampshire (pdf) | State |
Create or scale up existing programs to pre-weatherize residential buildings to allow previously deferred low-income households to access incentives for weatherization. | Improve weatherization | Commercial and residential buildings | Quantitative | Custom-built tool | None | N/A | New Hampshire | New Hampshire (pdf) | State |
Deploy renewable energy and storage systems on local government buildings to reduce energy costs and provide resilience during electric grid outages. | Increase deployment of distributed renewables; Develop energy storage systems | Electricity; Commercial and residential buildings | Quantitative | PVWatts Calculator | None | N/A | New Hampshire | New Hampshire (pdf) | State |
Scale up an incentive program to pre-weatherize low-income homes. | Improve weatherization | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | New Mexico | New Mexico (pdf) (Appendix K Inventory and Quantification Methodology (pdf) ) |
State |
Provide block grants to local governments to implement energy efficiency projects in LIDACs. | Improve building energy efficiency | Commercial and residential buildings | Quantitative | E3 PATHWAYS | None | N/A | New Mexico | New Mexico (pdf) (Appendix K Inventory and Quantification Methodology (pdf) ) |
State |
Install three clean charging/refueling transportation hubs for medium- and heavy-duty zero-emission trucks in New Mexico, in the Gallup, Bernalillo County, and Tucumcari areas. | Develop EV charging infrastructure; Increase the deployment of electric MDVs and/or HDVs | Transportation | Quantitative | Unspecified | None | N/A | New Mexico | New Mexico (pdf) | State |
Provide cash-on-the-hood voucher programs for the purchase of zero-emission medium- and heavy-duty trucks and associated charging/fueling infrastructure. |
Develop EV charging infrastructure; Increase the deployment of electric MDVs and/or HDVs | Transportation | Quantitative | Unspecified | None | N/A | New Mexico | New Mexico (pdf) | State |
Reduce vehicle miles traveled by increasing cleaner modes of transportation including public transit, car-share programs, and expanding bike and pedestrian-friendly infrastructure. | Increase active transportation; Expand public transit | Transportation | Quantitative | EPA NEI | None | N/A | New Mexico | New Mexico (pdf) | State |
Monitor and reduce methane emissions from the oil and gas industry. | Reduce fugitive emissions | Industry | Quantitative | Unspecified | None | N/A | New Mexico | New Mexico (pdf) | State |
Provide grants to local governments to support resilient solar plus battery storage power systems for local government buildings. | Increase deployment of distributed renewables; Develop energy storage systems | Electricity; Commercial and residential buildings | Quantitative | Unspecified | None | N/A | New Mexico | New Mexico (pdf) | State |
Electrify public sector medium- and heavy-duty vehicles and off-road equipment. | Increase the deployment of electric MDVs and/or HDVs; Electrify government and/or publicly owned vehicle fleets; Electrify off road vehicles or equipment | Transportation | Quantitative | Unspecified | None | N/A | New York | New York (pdf) | State |
Change current land use planning and zoning practices using Smart Growth land use pattern that are compact, mixed-use, and spatially interconnected, and invest in alternate transportation modes. | Build dense communities; Expand public transit | Transportation | Quantitative | Unspecified | None | N/A | New York | New York (pdf) | State |
Create resilient and decarbonized public facilities by implementing envelope improvements, solar photovoltaics, and heat pumps. | Improve municipal building efficiency; Deploy electric heat pumps | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | New York | New York (pdf) | State |
Reduce fugitive methane and co-pollutant emissions from landfills through gas collection systems. | Increase capture and/or utilization of gas from landfills | Waste and materials management | Quantitative | Unspecified | None | N/A | New York | New York (pdf) | State |
Reduce fugitive methane and co-pollutant emissions from water resource recovery facilities through gas capture technology. | Reduce emissions from wastewater treatment facilities; Increase capture and/or utilization of gas from anaerobic digestion; Reduce fugitive emissions | Waste and materials management; Industry | Quantitative | Unspecified | None | N/A | New York | New York (pdf) | State |
Increase the use of light-duty zero emission vehicles, associated charging infrastructure, and other modernization technologies. | Increase the deployment of electric vehicles; Develop EV charging infrastructure | Transportation | Quantitative | EPA AVERT | None | N/A | Ohio | Ohio (pdf) | State |
Increase the use of medium-duty and heavy-duty zero emission vehicles and associated charging infrastructure, and other modernization technologies. | Increase the deployment of electric MDVs and/or HDVs; Develop EV charging infrastructure | Transportation | Quantitative | EPA AVERT | None | N/A | Ohio | Ohio (pdf) | State |
Create the Community Charging Rebates (Light Duty Charging Infrastructure Rebates) to support the installation, operations and maintenance of Level 2 and direct current fast chargers in communities throughout Oregon. | Develop EV charging infrastructure | Transportation | Quantitative | AFLEET | Quantitative | AFLEET | Oregon | Oregon (pdf) | State |
Implement grant program supporting medium- and heavy-duty zero-emission vehicle charging and fueling infrastructure projects. | Increase the deployment of electric MDVs and/or HDVs; Develop EV charging infrastructure | Transportation | Quantitative | AFLEET | Quantitative | AFLEET | Oregon | Oregon (pdf) | State |
Reinstate the Electrify Rhode Island rebate program to support the deployment of 200 level 2 EV chargers. | Develop EV charging infrastructure | Transportation | Quantitative | EPA MOVES | None | N/A | Rhode Island | Rhode Island (pdf) | State |
Increase funding for EV rebates through the existing state DRIVE-EV rebate program with an emphasis on increasing the low-income rebate and adding a section for small commercial vans. | Increase the deployment of electric vehicles | Transportation | Quantitative | EPA MOVES | None | N/A | Rhode Island | Rhode Island (pdf) | State |
Adopt 100 EVs to state and municipal fleets and add corresponding EV charging infrastructure. | Electrify government and/or publicly owned vehicle fleets; Develop EV charging infrastructure | Transportation | Quantitative | EPA MOVES | None | N/A | Rhode Island | Rhode Island (pdf) | State |
Support the transition to electric medium- and heavy-duty vehicles by providing rebates for vehicles and charging infrastructure. | Increase the deployment of electric MDVs and/or HDVs; Develop EV charging infrastructure | Transportation | Quantitative | EPA MOVES | None | N/A | Rhode Island | Rhode Island (pdf) | State |
Provide incentives for the replacement of gasoline-powered 2-stroke engines (lawn and garden equipment) with zero-emission battery operated equipment. | Electrify off road vehicles or equipment | Transportation | Quantitative | EPA MOVES | None | N/A | Rhode Island | Rhode Island (pdf) | State |
Improve Rhode Island Public Transit Authority bus shelters to increase ridership and support mode shift. | Expand public transit | Transportation | Quantitative | EPA MOVES | None | N/A | Rhode Island | Rhode Island (pdf) | State |
Incentivize mode shift through transit fare subsidies from employers and fare-free transit for very low-income individuals. | Expand public transit | Transportation | Quantitative | EPA MOVES | None | N/A | Rhode Island | Rhode Island (pdf) | State |
Create one or more fare-free electric van shuttles operating on a fixed loop (estimated to be about 5-7 miles) in one or more Rhode Island municipalities. | Expand public transit | Transportation | Quantitative | EPA MOVES | None | N/A | Rhode Island | Rhode Island (pdf) | State |
Support development of RI DOT's proposed “Rhody Express”, a commuter rail pilot program with the Massachusetts Bay Transit Authority which would provide free access to rail service linking Wickford Junction, T.F. Green Airport, and Providence Station. | Expand public transit | Transportation | Quantitative | EPA MOVES | None | N/A | Rhode Island | Rhode Island (pdf) | State |
Retrofit state owned buildings through weatherization, efficiency, and heat pump installations. | Improve municipal building efficiency; Deploy electric heat pumps; Electrify existing buildings | Commercial and residential buildings | Quantitative | ComStock | None | N/A | Rhode Island | Rhode Island (pdf) | State |
Deploy solar panel arrays, heat pumps, EV chargers, and other efficiency measures across municipalities. | Increase deployment of distributed renewables; Deploy electric heat pumps; Develop EV charging infrastructure | Electricity; Commercial and residential buildings; Transportation | Quantitative | ComStock | None | N/A | Rhode Island | Rhode Island (pdf) | State |
Provide funds for pre-weatherization work on residential buildings, with a focus on low income households. | Improve weatherization | Commercial and residential buildings | Quantitative | Custom-built tool | None | N/A | Rhode Island | Rhode Island (pdf) | State |
Incentivize battery storage for residential and commercial customers for peak shaving through demand response. | Develop energy storage systems | Electricity | Quantitative | Custom-built tool | None | N/A | Rhode Island | Rhode Island (pdf) | State |
Support the deployment of solar and battery storage systems at municipal buildings. | Increase deployment of distributed renewables; Develop energy storage systems; Improve municipal building efficiency | Electricity; Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Rhode Island | Rhode Island (pdf) | State |
Preserve forests and existing carbon sinks by incentivizing solar development on previously disturbed and commercial sites. | Maintain or expand existing forests; Expand utility-scale renewable energy generation | Electricity; Natural and working lands | Quantitative | Custom-built tool | None | N/A | Rhode Island | Rhode Island (pdf) | State |
Divert 240 tons of food waste per year from Rhode Island municipalities to anaerobic digestion and composting facilities. | Increase composting; Increase anaerobic digestion | Waste and materials management | Quantitative | EPA SWEET | None | N/A | Rhode Island | Rhode Island (pdf) | State |
Reduce use of combustion engines in the state vehicle fleet, industrial sector use of heavy duty diesel, school bus fleets, locomotive engines, and marine engines. | Electrify government and/or publicly owned vehicle fleets; Electrify or increase efficiency of non-road transportation; Increase the deployment of electric MDVs and/or HDVs | Transportation | Quantitative | Unspecified | None | N/A | South Carolina | South Carolina (pdf) | State |
Establish weatherization programs for residential buildings. | Improve weatherization | Commercial and residential buildings | Quantitative | Custom-built tool | None | N/A | Tennessee | Tennessee (pdf) | State |
Upgrade electricity distribution to reduce transmission line inefficiencies and overall power consumption. | Develop transmission and distribution infrastructure | Electricity | Quantitative | Emission factor analysis | None | N/A | Tennessee | Tennessee (pdf) | State |
Reduce deforestation by implementing sustainable land use practices, protecting forests. | Maintain or expand existing forests | Natural and working lands | Quantitative | Custom-built tool | Quantitative | Custom-built tool | Tennessee | Tennessee (pdf) | State |
Increase renewable energy generation through the expansion of solar power. | Expand utility-scale renewable energy generation | Electricity | Quantitative | EPA AVERT | None | N/A | Tennessee | Tennessee (pdf) | State |
Establish incentive programs for implementation of end-use energy efficiency measures in existing commercial and industrial buildings. | Install more efficient heating or cooling equipment; Improve appliance energy efficiency | Commercial and residential buildings; Industry | Quantitative | EPA GLIMPSE | None | N/A | Tennessee | Tennessee (pdf) | State |
Establish incentive programs for purchase of certified energy-efficient lighting in commercial and industrial buildings. | Improve appliance energy efficiency | Commercial and residential buildings; Industry | Quantitative | EPA GLIMPSE | None | N/A | Tennessee | Tennessee (pdf) | State |
Establish incentive programs for purchase of energy-efficient streetlights. | Install LED Streetlights | Commercial and residential buildings | Quantitative | Custom-built tool | None | N/A | Tennessee | Tennessee (pdf) | State |
Establish incentive programs for the purchase of certified energy-efficient building products to replace inefficient products in residential buildings. | Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | EPA GLIMPSE | None | N/A | Tennessee | Tennessee (pdf) | State |
Establish programs to increase the share of state and local government fleets of light-duty electric vehicles. | Electrify government and/or publicly owned vehicle fleets | Transportation | Quantitative | Custom-built tool | None | N/A | Tennessee | Tennessee (pdf) | State |
Establish programs to expand community electric vehicle charging infrastructure. | Develop EV charging infrastructure | Transportation | Quantitative | AFLEET | None | N/A | Tennessee | Tennessee (pdf) | State |
Establish programs to increase the share of electric medium- and heavy-duty vehicles, including buses. | Electrify municipal buses; Increase the deployment of electric MDVs and/or HDVs | Transportation | Quantitative | EPA GLIMPSE | None | N/A | Tennessee | Tennessee (pdf) | State |
Establish programs and incentives to reduce or divert waste including food and/or yard waste. | Increase composting; Increase anaerobic digestion | Waste and materials management | Quantitative | Custom-built tool | None | N/A | Tennessee | Tennessee (pdf) | State |
Improve energy efficiency of industrial processes. | Improve industrial energy efficiency | Industry | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Decarbonize cement production through cement clinker substitution. | Improve chemical and/or process efficiency | Industry | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Promote the improvement and expansion of carbon capture. | Deploy carbon capture and/or sequestration technology | Industry | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Replace hydrofluorocarbon use in the industrial sector with ultra-low global warming potential refrigeration equipment. | Phase out HFCs | Industry | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Replace pneumatic controllers, motors, and pumps, add surveillance, add monitoring, and remove redundant equipment to reduce fugitive emissions from oil and gas activities. | Reduce fugitive emissions | Industry | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Reduce flaring and capture methane from oil and gas activities. | Reduce fugitive emissions | Industry | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Remediate and/or plug low producing and abandoned wells. | Reduce fugitive emissions | Industry | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Decarbonize sea and inland ports and associated support equipment. | Electrify non-road transportation | Transportation | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Expand programs for zero emissions medium- and heavy-duty trucks. | Increase the deployment of electric MDVs and/or HDVs | Transportation | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Incentivize school bus replacement with zero emission school buses. | Electrify municipal buses | Transportation | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Expand rebate programs for light-duty zero emission vehicles. | Increase the deployment of electric vehicles | Transportation | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Create a medium- and heavy-duty third party scrappage program to discourage the sale of inefficient vehicles. | Encourage deployment of higher fuel efficiency vehicles | Transportation | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Replace government fleets with zero emission vehicles. | Electrify government and/or publicly owned vehicle fleets | Transportation | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Decarbonize airports with lower emission support equipment and vehicles, and use of low emission jet fuels. | Utilize low carbon fuels | Transportation | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Promote low emission passenger or freight locomotives. | Deploy lower-emitting locomotives | Transportation | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Upgrade transmission lines to improve capacity. | Develop transmission and distribution infrastructure | Electricity | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Promote nuclear energy with molten salt reactors and modular reactors and promote geothermal energy by using oil and gas infrastructure. | Maintain or expand nuclear energy generation | Electricity | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Add grid scale renewable energy storage. | Develop energy storage systems | Electricity | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Lower demand on the electric power industry with load shifting, load management, and energy efficiency. | Improve industrial energy efficiency | Industry | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Add infrastructure to capture, use, and store carbon from both power plants and industrial processes. | Deploy carbon capture and/or sequestration technology | Electricity; Industry | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Create biofuels through methane capture from landfills and wastewater treatment plants, or by using surplus biomass. | Increase capture and/or utilization of gas from landfills; Increase capture and/or utilization of gas from anaerobic digestion | Waste and materials management | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Combine solar arrays with biogas at closed landfills and add solar to Commercial and residential buildings. | Expand utility-scale renewable energy generation; Increase deployment of distributed renewables; Increase capture and/or utilization of gas from landfills | Electricity; Commercial and residential buildings; Waste and materials management | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Switch to electric heat pumps. | Deploy electric heat pumps | Commercial and residential buildings | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Increase energy efficiency and weatherization in homes and commercial buildings. | Improve weatherization | Commercial and residential buildings | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Support projects to increase recycling, reduce waste, increase composting, and add recycling infrastructure. | Increase recycling; Increase composting; Reduce food/organic waste; Reduce nonfood waste | Waste and materials management | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Promote sustainable agriculture practices to reduce emissions and restoration of coastal landscapes to sequester carbon. | Adopt soil or land management practices to sequester carbon; Adopt soil management practices to reduce GHG emissions | Agriculture | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Create a light-duty, income qualitied incentive for individuals to purchase EVs in Salt Lake, Davis, Weber, Cache, and Utah Counties first before expanding statewide. | Increase the deployment of electric vehicles | Transportation | Quantitative | EPA AVERT | None | N/A | Utah | Utah (pdf) | State |
Create a general EV incentive for the public, including point-of-sale rebates, ongoing grants, and technical assistance navigation incentives, open to all Utah residents. | Increase the deployment of electric vehicles | Transportation | Quantitative | EPA AVERT | None | N/A | Utah | Utah (pdf) | State |
Create an EV incentive program for commercial and government light-duty fleets, including technical assistance navigating incentives. | Electrify government and/or publicly owned vehicle fleets; Increase the deployment of electric vehicles | Transportation | Quantitative | EPA AVERT | None | N/A | Utah | Utah (pdf) | State |
Create an incentive program for electric Class 5 delivery vehicles for commercial and government fleets, using vouchers, grants, or technical assistance to navigate incentives. | Electrify government and/or publicly owned vehicle fleets; Increase the deployment of electric MDVs and/or HDVs | Transportation | Quantitative | EPA DEQ | None | N/A | Utah | Utah (pdf) | State |
Create an incentive program to electrify Class 8 refuse haulers for commercial and government fleets, using vouchers, grants, or technical assistance to navigate incentives. | Electrify government and/or publicly owned vehicle fleets; Increase the deployment of electric MDVs and/or HDVs | Transportation | Quantitative | EPA DEQ | None | N/A | Utah | Utah (pdf) | State |
Provide gap funding for complementary electrical/utility work, site preparation, and other supporting costs to support the electrification of school buses. | Electrify municipal buses | Transportation | Quantitative | EPA AVERT | None | N/A | Utah | Utah (pdf) | State |
Create a voluntary pilot program for school districts to purchase electric school buses. | Electrify municipal buses | Transportation | Quantitative | EPA AVERT | None | N/A | Utah | Utah (pdf) | State |
Add five zero emission electric buses in Salt Lake County along routes that serve disadvantaged communities. | Electrify municipal buses | Transportation | Quantitative | EPA AVERT | None | N/A | Utah | Utah (pdf) | State |
Create an electric fleet charger incentive program for government and commercial fleets. | Electrify government and/or publicly owned vehicle fleets; Develop EV charging infrastructure | Transportation | Quantitative | EPA MOVES | None | N/A | Utah | Utah (pdf) | State |
Incentivize the installation of EV chargers at multi-family dwellings and workplaces using one time grants to scale up Utah's existing EV Make-Ready Program. | Develop EV charging infrastructure | Transportation | Quantitative | EPA MOVES | None | N/A | Utah | Utah (pdf) | State |
Provide incentive for e-bike purchases, especially targeting LIDAC households | Increase active transportation | Transportation | Quantitative | EPA MOVES | None | N/A | Utah | Utah (pdf) | State |
Develop and maintain trails to encourage active transportation. | Increase active transportation | Transportation | Quantitative | EPA MOVES | None | N/A | Utah | Utah (pdf) | State |
Create an incentive program to encourage the purchase of electric yard equipment through vouchers and grants. | Electrify off road vehicles or equipment | Transportation | Quantitative | EPA eGRID | None | N/A | Utah | Utah (pdf) | State |
Create an electric switcher locomotive pilot grant program for rail operators to explore electric switcher locomotives within the Utah Inland Port Authority jurisdiction. | Electrify non-road transportation | Transportation | Quantitative | EPA DEQ | None | N/A | Utah | Utah (pdf) | State |
Extend incentives for whole home energy retrofits and new home upgrades to complement the existing Home Energy Rebate and High Efficiency Electric Home Rebate Act. | Improve building energy efficiency | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Utah | Utah (pdf) | State |
Provide incentive program to encourage pre-weatherization to address severe conditions in low-income homes that disqualify includes in the Weatherization Assistance Program. | Improve weatherization | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Utah | Utah (pdf) | State |
Create incentive program for low-income households to reduce the cost of heat pumps. | Deploy electric heat pumps | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Utah | Utah (pdf) | State |
Create a public building emissions reduction program for K-12 schools, libraries, community/rec centers, and other public buildings, focusing on addressing funding gaps to acquire heat pumps, energy efficient equipment, or complete building retrofits. | Improve municipal building efficiency; Deploy electric heat pumps | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Utah | Utah (pdf) | State |
Continue to fund the Intermountain Industrial Assessment Center StepWise program that provides no-cost energy efficiency assessments to eligible commercial and industrial customers to identify measures for reducing energy usage and emissions. | Improve building energy efficiency | Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Utah | Utah (pdf) | State |
Support the Community Choice Clean Electricity Program provided by Rock Mountain Power that allows customer to choose to supplement their current energy mix with additional clean electricity at a minimal cost increase. | Facilitate community choice aggregation programs | Electricity | Quantitative | EPA AVERT | None | N/A | Utah | Utah (pdf) | State |
Create a general incentive program for onsite residential solar for qualifying residents in Utah. | Increase deployment of distributed renewables | Electricity; Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Utah | Utah (pdf) | State |
Create a general incentive program to install renewable energy and storage systems on public buildings. | Increase deployment of distributed renewables; Develop energy storage systems; Improve municipal building efficiency | Electricity; Commercial and residential buildings | Quantitative | PVWatts Calculator | None | N/A | Utah | Utah (pdf) | State |
Implement a microgrid for the UTA bus depot supported by solar power using a 500kW photovoltaic system and battery storage. | Develop microgrids; Increase deployment of distributed renewables; Develop energy storage systems | Electricity | Quantitative | EPA AVERT | None | N/A | Utah | Utah (pdf) | State |
Create demonstration facilities and/or staff to serve as a trusted resource in providing information about efficiency and clean energy measures, financing options, and resiliency for individuals and small entities. | Improve municipal building efficiency; Education and engagement | Commercial and residential buildings | Quantitative | EPA MOVES | None | N/A | Utah | Utah (pdf) | State |
Encourage idle-reduction technology deployments for all vehicle weight classes through a comprehensive incentive program. | Encourage deployment of higher fuel efficiency vehicles; Apply technology or best practices to improve fuel efficiency | Transportation | None | N/A | Qualitative | Unspecified | Vermont | Vermont (pdf) | State |
Encourage the adoption of passenger electric vehicles and other active or shared mobility options through statewide incentive programs. | Increase the deployment of electric vehicles; Encourage carpooling; Increase active transportation; Expand public transit | Transportation | Qualitative | Unspecified | Qualitative | Unspecified | Vermont | Vermont (pdf) | State |
Incentivize affordable housing developers to exceed Vermont’s Renewable Building Energy Standard. | Leverage building codes; Develop building benchmarking and performance standards | Commercial and residential buildings | Qualitative | Unspecified | Qualitative | Unspecified | Vermont | Vermont (pdf) | State |
Encourage the successful deployment of electric trucks in Vermont through a comprehensive incentive program. | Increase the deployment of electric MDVs and/or HDVs | Transportation | Qualitative | Unspecified | Qualitative | Unspecified | Vermont | Vermont (pdf) | State |
Expand existing State programs that support agricultural practices that sequester carbon including reducing tillage and increasing vegetative cover, and increasing woody vegetation. | Adopt soil or land management practices to sequester carbon | Agriculture | None | N/A | Qualitative | Unspecified | Vermont | Vermont (pdf) | State |
Reduce the amount of food wasted and improve food scrap diversion programs at schools, hospitals, nursing homes, other institutions, and businesses. | Reduce food/organic waste; Increase composting | Waste and materials management | Qualitative | Unspecified | Qualitative | Unspecified | Vermont | Vermont (pdf) | State |
Reduce emissions from solid waste management entities and wastewater treatment facilities. | Reduce emissions from wastewater treatment facilities; Increase capture and/or utilization of gas from landfills; Increase recycling; Increase composting | Waste and materials management | Qualitative | Unspecified | Qualitative | Unspecified | Vermont | Vermont (pdf) | State |
Reduce GHG emissions from the on-road transportation sector through vehicle electrification and other zero- and low-carbon fuels. | Increase the deployment of electric vehicles; Develop EV charging infrastructure; Electrify government and/or publicly owned vehicle fleets; Utilize low carbon fuels | Transportation | Qualitative | Unspecified | None | N/A | Virginia | Virginia (pdf) | State |
Support alternative modes of transportation, micromobility, and active transportation to reduce vehicle miles traveled. | Increase active transportation; Expand public transit | Transportation | Qualitative | Unspecified | None | N/A | Virginia | Virginia (pdf) | State |
Reduce GHG emissions from the off-road transportation sector, including ports and airports. | Electrify non-road transportation | Transportation | Qualitative | Unspecified | None | N/A | Virginia | Virginia (pdf) | State |
Increase residential and commercial building energy efficiency and identify and implement GHG emission reduction solutions at homes, businesses, and institutions. | Improve weatherization; Education and engagement | Commercial and residential buildings | Qualitative | Unspecified | None | N/A | Virginia | Virginia (pdf) | State |
Increase industrial energy efficiency, process efficiency, and implement carbon capture and sequestration at industrial facilities. | Improve chemical and/or process efficiency; Deploy carbon capture and/or sequestration technology; Improve industrial energy efficiency | Industry | Qualitative | Unspecified | None | N/A | Virginia | Virginia (pdf) | State |
Reduce GHG emissions from the electric power sector and improve grid reliability and security through distributed rooftop solar and other renewable energy projects. | Increase deployment of distributed renewables; Expand utility-scale renewable energy generation | Electricity | Qualitative | Unspecified | None | N/A | Virginia | Virginia (pdf) | State |
Deploy renewable energy, energy efficiency, energy storage, and low-carbon and resilient solutions for state and local government buildings and public fleets and transit, including infrastructure. | Increase deployment of distributed renewables; Electrify government and/or publicly owned vehicle fleets; Improve building energy efficiency; Install LED Streetlights | Electricity; Commercial and residential buildings; Transportation | Qualitative | Unspecified | None | N/A | Virginia | Virginia (pdf) | State |
Identify and implement strategies to reduce high potency GHG emissions from industrial processes, energy production, agriculture, waste, and wastewater treatment. | Increase anaerobic digestion; Increase capture and/or utilization of gas from anaerobic digestion; Reduce emissions from wastewater treatment facilities; Phase out HFCs | Waste and materials management; Industry | Qualitative | Unspecified | None | N/A | Virginia | Virginia (pdf) | State |
Improve industrial processes and install carbon capture and sequestration and hydrogen technologies. | Improve chemical and/or process efficiency; Deploy carbon capture and/or sequestration technology | Industry | Qualitative | Unspecified | None | N/A | Virginia | Virginia (pdf) | State |
Protect and restore high-carbon coastal habitats, wetlands, agricultural, forest and tribal lands | Preserve or expand wetlands; Maintain or expand existing forests | Natural and working lands | Qualitative | Unspecified | None | N/A | Virginia | Virginia (pdf) | State |
Electrify marine terminals and routes, establishing a rapid charging system at every terminal in the Central Puget Sound Region. | Electrify non-road transportation; Provide shore power to docked boats | Transportation | Qualitative | Unspecified | Qualitative | Unspecified | Washington | Washington (pdf) | State |
Support projects that improve energy efficiency of existing coal-fired power plants. | Use more efficient fossil-fuel generation technology | Electricity | Qualitative | Unspecified | None | N/A | West Virginia | West Virginia (pdf) | State |
Support the development of one 200 MW mall modular nuclear reactors facility and one 1,300 MW combined cycle gas turbine plants for new baseload power generation infrastructure. | Maintain or expand nuclear energy generation | Electricity | Qualitative | Unspecified | None | N/A | West Virginia | West Virginia (pdf) | State |
Support energy and emissions audits of industrial facilities across the state to identify economically viable energy efficiency improvements for those facilities. | Improve industrial energy efficiency | Industry | Qualitative | Unspecified | None | N/A | West Virginia | West Virginia (pdf) | State |
Divert wood from onsite burn operations into the product of cover material for the landfill in Seward County. | Increase recycling | Waste and materials management | Qualitative | N/A | Qualitative | N/A | Kansas | Kansas (pdf) | State |
Divert wood from onsite burn operations into the product of cover material for the landfill in Reno County. | Increase capture and/or utilization of gas from landfills | Waste and materials management | Qualitative | N/A | Qualitative | N/A | Kansas | Kansas (pdf) | State |
Implement solar arrays to power agricultural irrigation on rural farms, with a focus on disadvantaged communities in the Blackbelt region that don't currently have the three-phase electricity necessary to power irrigation. | Reduce agricultural fuel emissions | Agriculture | Quantitative | Unspecified | None | N/A | Alabama | Alabama (pdf) | State |
Establish a grant program that will provide funding for electrical upgrades to allow for building electrification and to help install energy efficiency upgrades at churches, 62 schools, and community buildings in low-income and disadvantaged communities. | Install more efficient heating or cooling equipment; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Alabama | Alabama (pdf) | State |
Promote greater energy efficiency through weatherization, energy efficiency measures, and beneficial electrification in public facilities and public assets (including vehicle and equipment fleets) across Alaska. | Improve municipal building efficiency; Electrify existing buildings; Electrify government and/or publicly owned vehicle fleets | Commercial and residential buildings; Transportation | Qualitative | Unspecified | None | N/A | Alaska | Alaska (pdf) | State |
Support the conversion of buildings and facilities heating to geothermal. | Use district geothermal, cogeneration, or waste heat recovery | Electricity | Quantitative | EPA AVERT | Quantitative | Unspecified | Idaho | Idaho (pdf) | State |
Advance the voluntary transition of small equipment and motors to cleaner fuels or electric, for example solar generators and electric lawn and garden equipment. | Electrify off road vehicles or equipment; Utilize low carbon fuels | Transportation | Quantitative | EPA AVERT | Quantitative | Unspecified | Idaho | Idaho (pdf) | State |
Support electrification or fuel-switching (e.g. hydrogen and low-carbon or zero-carbon biofuels) of 119,250 (5%) medium- and heavy-duty vehicles in the state by 2030. | Increase the deployment of electric MDVs and/or HDVs; Utilize low carbon fuels | Transportation | Quantitative | Custom-built tool | Quantitative | Unspecified | Louisiana | Louisiana (pdf) | State |
Require utility companies and the state government to help customers improve energy efficiency and reduce GHG emissions, including through beneficial electrification. | Electrify existing buildings; Improve building energy efficiency | Commercial and residential buildings | Quantitative | EPA COBRA | None | N/A | Maryland | Maryland (pdf) | State |
Require producers of cement and concrete mixtures to submit environmental product declarations to the state and for the state to establish a maximum acceptable global warming potential values for each category of eligible materials. | Utilize low embodied carbon materials | Industry | Quantitative | EPA COBRA | None | N/A | Maryland | Maryland (pdf) | State |
Maximize carbon sequestration and coastal resilience benefits by protecting and restoring coastal wetlands. | Preserve or expand wetlands | Natural and working lands | Quantitative | EPA COBRA | None | N/A | Maryland | Maryland (pdf) | State |
Advance building electrification and fuel-switching in existing buildings including an emphasis on LIDACs and electrifying households that currently rely on delivered fuels such as propane and home heating oil. | Install more efficient heating or cooling equipment; Electrify existing buildings; Utilize low carbon fuels; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Michigan | Michigan (pdf) | State |
Reduce household fossil energy use through home repairs, electrical upgrades for building and vehicle electrification, weatherization, and other energy waste reduction investments with an emphasis on ensuring equitable access. | Improve weatherization; Electrify existing buildings | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Michigan | Michigan (pdf) | State |
Promote energy efficiency and electrification upgrades for non-residential facilities | Improve building energy efficiency; Electrify existing buildings; Improve industrial energy efficiency | Commercial and residential buildings; Industry | Quantitative | EPA AVERT | None | N/A | Nebraska | Nebraska (pdf) | State |
Incentivize alternative-fuel and electric replacement of diesel vehicles. | Increase the deployment of electric MDVs and/or HDVs; Utilize low carbon fuels | Transportation | Quantitative | AFLEET | None | N/A | Nebraska | Nebraska (pdf) | State |
Expand building retrofit and energy efficiency programs, including electrifying buildings and increasing deployment of small-scale renewable energy. | Electrify existing buildings; Increase deployment of distributed renewables; Improve appliance energy efficiency | Electricity; Commercial and residential buildings | Quantitative | Custom-built tool | None | N/A | Nevada | Nevada (pdf) | State |
Expand renewable energy transmission and distribution infrastructure to modernize the grid, bolster resilience, and create co-benefits for communities (lower energy burden, job creation). | Develop transmission and distribution infrastructure | Electricity | Quantitative | Custom-built tool | None | N/A | Nevada | Nevada (pdf) | State |
Create or scale up incentive programs to weatherize residential buildings by upgrading their heating, cooling, and electrical systems to improve energy efficiency. | Improve weatherization; Install more efficient heating or cooling equipment; Electrify existing buildings | Commercial and residential buildings | Quantitative | Custom-built tool | None | N/A | New Hampshire | New Hampshire (pdf) | State |
Improve energy efficiency of wastewater and drinking water systems with equipment upgrades, operational modifications, and building envelope improvements. Install onsite photovoltaic or turbines. Capture biogas with anaerobic digesters. | Reduce emissions from wastewater treatment facilities; Increase deployment of distributed renewables; Increase capture and/or utilization of gas from anaerobic digestion | Electricity; Waste and materials management | Quantitative | EPA AVERT | None | N/A | New Hampshire | New Hampshire (pdf) | State |
Add more zero-emission school buses, associated charging/fueling infrastructure, increase school building energy efficiency, and install onsite renewable energy production. | Electrify municipal buses; Increase deployment of distributed renewables; Improve building energy efficiency; Develop EV charging infrastructure | Commercial and residential buildings; Transportation | Quantitative | Unspecified | None | N/A | New Mexico | New Mexico (pdf) | State |
Increase the deployment of residential and commercial air and ground-source heat pumps and heat pump water heaters. | Deploy electric heat pumps; Electrify existing buildings | Commercial and residential buildings | Quantitative | Custom-built tool | None | N/A | Rhode Island | Rhode Island (pdf) | State |
Electrify industrial process equipment or modify to produce or use hydrogen. | Electrify industrial processes; Utilize low carbon fuels; Manufacture low carbon fuels | Industry | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Add infrastructure for EV charging and hydrogen fueling. | Develop EV charging infrastructure; Utilize low carbon fuels | Transportation | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Reforest agriculture lands no longer in use, promote efficient pumps and irrigation systems in agriculture, and increase urban tree canopy. | Expand urban forests and/or green spaces; Reduce agricultural fuel emissions | Natural and working lands; Agriculture | Quantitative | Energy Policy Simulator | Quantitative | Energy Policy Simulator | Texas | Texas (pdf) | State |
Create five "energy navigator" jobs to work with low to moderate income families to provide support to change home energy systems to cleaner technologies. | Electrify existing buildings | Commercial and residential buildings | Qualitative | Unspecified | Qualitative | Unspecified | Vermont | Vermont (pdf) | State |
Increase the deployment of EV technology and reduction of vehicle miles travelled by incorporating relevant subject mater into STEM and driver education curricula. | Increase the deployment of electric vehicles; Education and engagement | Transportation | Qualitative | Unspecified | Qualitative | Unspecified | Vermont | Vermont (pdf) | State |
Increase the amount of funding available for low- to moderate-income Vermonters to make thermal efficiency upgrades to single households and multi-family buildings. | Deploy electric heat pumps; Electrify existing buildings; Install more efficient heating or cooling equipment | Commercial and residential buildings | Qualitative | Unspecified | Qualitative | Unspecified | Vermont | Vermont (pdf) | State |
Expand the State of Vermont’s existing Charge Vermont program, which provides grants for EV charging equipment. | Develop EV charging infrastructure | Transportation | Qualitative | Unspecified | Qualitative | Unspecified | Vermont | Vermont (pdf) | State |
Replace lighting fixtures in government facilities with LED lights. | Improve appliance energy efficiency; Improve municipal building efficiency | Commercial and residential buildings | Quantitative | Emission factor analysis | None | N/A | Mashantucket Pequot Tribal Nation | Mashantucket Pequot Tribal Nation (pdf) | Tribe/Territory |
Improve government facilities' energy efficiency through weatherization upgrades including window replacement and insulation installation. | Improve weatherization | Commercial and residential buildings | Quantitative | EPA eGRID | Quantitative | EPA eGRID | Mashantucket Pequot Tribal Nation | Mashantucket Pequot Tribal Nation (pdf) | Tribe/Territory |
Install EV charging stations at government buildings to support electrification of light duty fleet vehicles and encourage employee commute with electric vehicles. | Develop EV charging infrastructure | Transportation | Quantitative | AFLEET | Quantitative | AFLEET | Mashantucket Pequot Tribal Nation | Mashantucket Pequot Tribal Nation (pdf) | Tribe/Territory |
Replace 13 government light duty fleet vehicles with either extended range plug-in hybrid vehicles or electric vehicles. | Electrify government and/or publicly owned vehicle fleets | Transportation | Quantitative | AFLEET | Quantitative | AFLEET | Mashantucket Pequot Tribal Nation | Mashantucket Pequot Tribal Nation (pdf) | Tribe/Territory |
Incentivize up to 34 Tribal members to replace their traditional combustion vehicles to electric vehicles. | Increase the deployment of electric vehicles | Transportation | Quantitative | AFLEET | Quantitative | AFLEET | Mashantucket Pequot Tribal Nation | Mashantucket Pequot Tribal Nation (pdf) | Tribe/Territory |
Reduce emissions from residential buildings using heat pumps, upgrading wood stoves and home energy appliances, weatherizing buildings, expanding residential solar energy generation, and adopting building codes for energy efficiency | Install more efficient heating or cooling equipment; Improve appliance energy efficiency; Increase deployment of distributed renewables; Leverage building codes | Electricity; Commercial and residential buildings | Quantitative | CARB WRP | None | N/A | Tulalip Tribes | Tulalip Tribe (pdf) | Tribe/Territory |
Reduce emissions from commercial buildings by conducting energy audits and providing system retrofits for energy efficiency, installing renewable energy generation systems, and updating building codes for energy efficiency. | Increase deployment of distributed renewables; Install more efficient heating or cooling equipment; Leverage building codes | Electricity; Commercial and residential buildings | Quantitative | CARB WRP | None | N/A | Tulalip Tribes | Tulalip Tribe (pdf) | Tribe/Territory |
Implement transportation emissions reductions programs to subsidize the cost of public transit, provide subsidies for EV purchasing, encourage carpooling for tribal employees, purchase EVs for government fleets, fund EV charger installation, and encourage remote work when feasible. | Increase the deployment of electric vehicles; Electrify government and/or publicly owned vehicle fleets; Develop EV charging infrastructure; Encourage carpooling | Transportation | Qualitative | N/A | None | N/A | Tulalip Tribes | Tulalip Tribe (pdf) | Tribe/Territory |
Implement energy efficiency improvements and perform energy audits for residences to weatherize buildings and reduce energy use. | Improve weatherization; Deploy electric heat pumps | Commercialand residential buildings | Quantitative and Qualitative | CARB LIWP | None | N/A | Nez Perce Tribe | Nez Perce Tribe (pdf) | Tribe/Territory |
Update approximately 587 homes with old, inefficient wood stoves to more efficient models. | Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative and Qualitative | CARB WRP | None | N/A | Nez Perce Tribe | Nez Perce Tribe (pdf) | Tribe/Territory |
Conduct energy audits and upgrades for Tribal government facilities and commercial buildings to identify opportunities to weatherize buildings, replace windows and doors, evaluate alternative heating and cooling options, and other actions to reduce energy use. | Improve weatherization; Improve municipal building efficiency; Electrify existing buildings; Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative and Qualitative | CARB LIWP | None | N/A | Nez Perce Tribe | Nez Perce Tribe (pdf) | Tribe/Territory |
Deploy renewable energy (primarily solar) at tribal facilities and residences by creating solar arrays, installing solar panels on commercial/residential buildings, installing Tesla Megapacks to store energy, installing battery backups at each single-family dwelling, and implementing a virtual power plant. | Increase deployment of distributed renewables; Develop energy storage systems; Improve building energy efficiency | Electricity; Commercial and residential buildings | Quantitative and Qualitative | EPA AVERT | None | N/A | Nez Perce Tribe | Nez Perce Tribe (pdf) | Tribe/Territory |
Convert tribal fleet to EVs, HEVs, and PHEVs and install electric charging infrastructure to reduce vehicle-related emissions. | Electrify government and/or publicly owned vehicle fleets; Develop EV charging infrastructure | Transportation | Quantitative and Qualitative | AFLEET | None | N/A | Nez Perce Tribe | Nez Perce Tribe (pdf) | Tribe/Territory |
Create a fleet of e-bikes for staff at field facilities to reduce-co-pollutants and increase physical activity. | Increase active transportation; Electrify government and/or publicly owned vehicle fleets | Transportation | Quantitative and Qualitative | AFLEET | None | N/A | Nez Perce Tribe | Nez Perce Tribe (pdf) | Tribe/Territory |
Improve public transit service and infrastructure. | Expand public transit | Transportation | Quantitative and Qualitative | Emission factor analysis | None | N/A | Nez Perce Tribe | Nez Perce Tribe (pdf) | Tribe/Territory |
Divert food waste and biological materials from landfill | Increase composting | Waste and materials management | Quantitative | CARB OP | None | N/A | Nez Perce Tribe | Nez Perce Tribe (pdf) | Tribe/Territory |
Retrofit 100% of housing through reducing energy use in buildings and increasing the resilience of tribal buildings. | Electrify existing buildings; Deploy electric heat pumps; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative and Qualitative | Emission factor analysis | None | N/A | Prairie Band Potawatomi Nation | Prairie Band Potawatomi Nation (pdf) | Tribe/Territory |
Reduce emissions from vehicles used on the reservation by switching the Nation’s operational fleet to EVs and its buses to electric buses and provide incentives and support systems to promote the use of EVs and active transportation. | Electrify government and/or publicly owned vehicle fleets; Develop EV charging infrastructure; Increase active transportation | Transportation | Quantitative and Qualitative | Emission factor analysis | None | N/A | Prairie Band Potawatomi Nation | Prairie Band Potawatomi Nation (pdf) | Tribe/Territory |
Install a suite of energy efficiency improvements to the Milwaukee/Potawatomi Bingo Casino-Hotel such as cooling unit upgrades, demand-controlled ventilation for restaurants, exhaust heat recovery, LED retrofitting, solar thermal hot water system installation, heat recovery chiller installation, electrification of kitchen equipment, solar PV canopy, etc. | Improve appliance energy efficiency; Use district geothermal, cogeneration, or waste heat recovery; Install more efficient heating or cooling equipment; Electrify existing buildings | Electricity; Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Forest County Potawatomi Community, WI | Forest County Potawatomi Community, WI (pdf) | Tribe/Territory |
Install a suite of energy efficiency improvements to the Potawatomi Carter Casino Hotel HVAC system. | Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Forest County Potawatomi Community, WI | Forest County Potawatomi Community, WI (pdf) | Tribe/Territory |
Purchase a Class 8 Triple Axle Mack Truck fitted with a Odyne Hybrid system for dumping. | Increase the deployment of electric MDVs and/or HDVs; Electrify government and/or publicly owned vehicle fleets | Transportation | Quantitative | Unspecified | None | N/A | Forest County Potawatomi Community, WI | Forest County Potawatomi Community, WI (pdf) | Tribe/Territory |
Install renewable energy and energy storage systems on government-owned facilities. | Develop energy storage systems; Increase deployment of distributed renewables | Electricity | Qualitative | Unspecified | Qualitative | Unspecified | Muscogee (Creek) Nation | Muscogee (Creek) Nation (pdf) | Tribe/Territory |
Develop distributed and community-scale renewable energy generation, microgrids, and vehicle-to-grid infrastructure in disadvantaged communities, including remote and rural regions. | Support development or expansion of community solar programs; Develop microgrids; Increase deployment of distributed renewables | Electricity | Qualitative | Unspecified | Qualitative | Unspecified | Muscogee (Creek) Nation | Muscogee (Creek) Nation (pdf) | Tribe/Territory |
Upgrade government vehicle fleets, including public transit fleets, by replacing internal combustion engines with low/no emission vehicles and expand electric vehicle charging infrastructure to support battery electric vehicles. | Electrify government and/or publicly owned vehicle fleets; Develop EV charging infrastructure | Transportation | Qualitative | Unspecified | Qualitative | Unspecified | Muscogee (Creek) Nation | Muscogee (Creek) Nation (pdf) | Tribe/Territory |
Incentivize eligible agencies and individual automobile owners to purchase low/no emission vehicles and associated electric vehicle charging infrastructure. | Increase the deployment of electric vehicles; Develop EV charging infrastructure | Transportation | Qualitative | Unspecified | Qualitative | Unspecified | Muscogee (Creek) Nation | Muscogee (Creek) Nation (pdf) | Tribe/Territory |
Implement orphan well program to properly close oil and gas orphan well sites, including remediation and restoration activities, as needed. | Reduce fugitive emissions | Industry | Qualitative | Unspecified | None | N/A | Muscogee (Creek) Nation | Muscogee (Creek) Nation (pdf) | Tribe/Territory |
Install a commercial solar PV system on the Sandia Resort and Casino parking garage rooftop. | Increase deployment of distributed renewables | Electricity | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Pueblo of Sandia | Pueblo of Sandia (pdf) | Tribe/Territory |
Install 16 EV charging points at the Sandia Resort and Casino. | Develop EV charging infrastructure | Transportation | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Pueblo of Sandia | Pueblo of Sandia (pdf) | Tribe/Territory |
Implement an electric transit bus service. | Electrify municipal buses; Expand public transit | Transportation | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Pueblo of Sandia | Pueblo of Sandia (pdf) | Tribe/Territory |
Install EV charging stations and promote initiatives to reduce VMT in the Pueblo of Nambe. | Develop EV charging infrastructure | Transportation | Quantitative | Unspecified | None | N/A | Pueblo of Tesuque (Pueblo of Nambe) | Pueblo of Tesuque (pdf) | Tribe/Territory |
Install 3.7 kW solar photovoltaics on residential six homes in the Pueblo of Nambe. | Increase deployment of distributed renewables | Commercial and residential buildings; Electricity | Quantitative | Unspecified | None | N/A | Pueblo of Tesuque (Pueblo of Nambe) | Pueblo of Tesuque (pdf) | Tribe/Territory |
Implement an EV bus transit service in the Pueblo of Nambe. | Electrify municipal buses; Expand public transit | Transportation | Quantitative | Unspecified | None | N/A | Pueblo of Tesuque (Pueblo of Nambe) | Pueblo of Tesuque (pdf) | Tribe/Territory |
Create a sustainable housing program in the Pueblo of Picuris that conducts pre-weatherization, weatherization, efficiency retrofit, electrification, and wood stove changeout in 20% of homes each year. | Improve weatherization; Electrify existing buildings; Improve appliance energy efficiency; Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Pueblo of Tesuque (Pueblo of Picuris) | Pueblo of Tesuque (pdf) | Tribe/Territory |
Encourage the transition to EVs and vehicle miles traveled reduction in the Pueblo of Picuris by installing local transit system infrastructure, high efficiency EV charging ports, and an electric excavator. | Develop EV charging infrastructure; Electrify or increase efficiency of non-road transportation | Transportation | Quantitative | Unspecified | None | N/A | Pueblo of Tesuque (Pueblo of Picuris) | Pueblo of Tesuque (pdf) | Tribe/Territory |
Encourage the use of EVs and promote a reduction in vehicle miles traveled in the Pueblo of San Ildefonso. | Increase the deployment of electric vehicles | Transportation | Quantitative | Unspecified | None | N/A | Pueblo of Tesuque (Pueblo de San Ildefonso) | Pueblo of Tesuque (pdf) | Tribe/Territory |
Implement a target home weatherization program that weatherizes 10 homes each year in the Pueblo of San Ildefonso. | Improve weatherization | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Pueblo of Tesuque (Pueblo de San Ildefonso) | Pueblo of Tesuque (pdf) | Tribe/Territory |
Install five 10 kW solar PVs on commercial buildings in the Pueblo of San Ildefonso. | Increase deployment of distributed renewables | Electricity; Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Pueblo of Tesuque (Pueblo de San Ildefonso) | Pueblo of Tesuque (pdf) | Tribe/Territory |
Incentivize the transition to EVs and vehicle miles traveled reduction in the Pueblo of Tesuque by installing local transit system infrastructure and EV charging ports. | Expand public transit; Develop EV charging infrastructure | Transportation | Quantitative | Unspecified | None | N/A | Pueblo of Tesuque (the Pueblo of Tesuque) | Pueblo of Tesuque (pdf) | Tribe/Territory |
Install a 117 kW solar PV system on the Tesuque Intergenerational Center rooftop and a 797 kW solar PV system on the Camel Rock Studios rooftop, totaling 914 kW. | Increase deployment of distributed renewables | Electricity; Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Pueblo of Tesuque (the Pueblo of Tesuque) | Pueblo of Tesuque (pdf) | Tribe/Territory |
Implement weatherization strategies such as sealing cracks around windows and doors, adding insulation, and sometimes replacing inefficient appliances for 10 homes each year in the Pueblo of San Tesuque. | Improve weatherization | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Pueblo of Tesuque (the Pueblo of Tesuque) | Pueblo of Tesuque (pdf) | Tribe/Territory |
Implement an energy efficiency, weatherization, and electrification retrofits and upgrades program for existing homes, commercial buildings, and tribal facilities. | Improve weatherization; Phase out HFCs; Electrify existing buildings | Commercial and residential buildings | Quantitative and Qualitative | Unspecified | None | N/A | Port Gamble S’Klallam Tribe | Port Gamble S’Klallam Tribe (pdf) | Tribe/Territory |
Replace older and under-used Port Gamble S’Klallam Tribe combustion engine vehicles with electric alternatives. | Electrify government and/or publicly owned vehicle fleets; Develop EV charging infrastructure | Transportation | Quantitative and Qualitative | Unspecified | None | N/A | Port Gamble S’Klallam Tribe | Port Gamble S’Klallam Tribe (pdf) | Tribe/Territory |
Install solar photovoltaic systems paired with battery storage systems. | Increase deployment of distributed renewables; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Narragansett Indian Tribe | Narragansett Indian Tribe (pdf) | Tribe/Territory |
Perform energy audits to find opportunities to implement energy efficiency measures. | Improve building energy efficiency | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Narragansett Indian Tribe | Narragansett Indian Tribe (pdf) | Tribe/Territory |
Electrify heat pumps in Tribal owned buildings. | Electrify existing buildings; Deploy electric heat pumps | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Narragansett Indian Tribe | Narragansett Indian Tribe (pdf) | Tribe/Territory |
Electrify on-road and off-road Tribal fleet vehicles. | Electrify government and/or publicly owned vehicle fleets; Electrify or increase efficiency of non-road transportation | Transportation | Quantitative | Unspecified | None | N/A | Narragansett Indian Tribe | Narragansett Indian Tribe (pdf) | Tribe/Territory |
Install fully subsidized ductless heat pumps for elders (Phase 1), followed by a needs-based expansion to the broader tribal community within Kitsap County (Phase 2). | Deploy electric heat pumps | Commercial and residential buildings | Quantitative | EPA AVERT | Quantitative | EPA AVERT | Suquamish Indian of the Port Madison Reservation | Suquamish Indian of the Port Madison Reservation (pdf) | Tribe/Territory |
Install solar panels and solar charging on tribal buildings. | Increase deployment of distributed renewables | Electricity | Quantitative | EPA AVERT | Quantitative | EPA AVERT | Suquamish Indian of the Port Madison Reservation | Suquamish Indian of the Port Madison Reservation (pdf) | Tribe/Territory |
Electrify the tribal fleet and facilitate the transition to electric vehicles for employees and the community. | Electrify government and/or publicly owned vehicle fleets | Transportation | Quantitative | EPA AVERT | Quantitative | EPA AVERT | Suquamish Indian of the Port Madison Reservation | Suquamish Indian of the Port Madison Reservation (pdf) | Tribe/Territory |
Decarbonize tribal vehicle fleet. | Electrify government and/or publicly owned vehicle fleets | Transportation | Qualitative | N/A | None | N/A | Jamestown S’Klallam Tribe | Jamestown S’Klallam Tribe (pdf) | Tribe/Territory |
Replace the Tribe's current gas-powered boat with an electric or hybrid-electric vessel. | Electrify government and/or publicly owned vehicle fleets | Transportation | Qualitative | N/A | None | N/A | Jamestown S’Klallam Tribe | Jamestown S’Klallam Tribe (pdf) | Tribe/Territory |
Deploy 4.75 MW residential solar PV and 12.5 MWh BESS to power at least 1,300 unelectrified and low-income homes. | Electrify existing buildings; Increase deployment of distributed renewables | Electricity; Commercial and residential buildings | Quantitative | EPA AVERT | Quantitative | EPA AVERT | The Hopi Tribe | Hopi Utilities Corporation (pdf) | Tribe/Territory |
Deploy Solar PV and battery electric storage systems across Tribal land to offset purchases from Arizona Public Service. | Increase deployment of distributed renewables; Develop energy storage systems | Electricity | Quantitative | Emission factor analysis | None | N/A | The Hopi Tribe | Hopi Utilities Corporation (pdf) | Tribe/Territory |
Build a microgrid at the Tawa'ovi campus to offset diesel consumption from existing generators | Develop microgrids | Electricity | Quantitative | Emission factor analysis | None | N/A | The Hopi Tribe | Hopi Utilities Corporation (pdf) | Tribe/Territory |
Construct a 400 MW solar array with 1,200 MW battery electric storage system for electricity export. | Expand utility-scale renewable energy generation; Increase deployment of distributed renewables | Electricity | Quantitative | EPA AVERT | Quantitative | EPA AVERT | The Hopi Tribe | Hopi Utilities Corporation (pdf) | Tribe/Territory |
Replace 30 passenger cars in the Hopi Tribal fleet with EVs and 3 diesel school buses with electric buses. | Electrify government and/or publicly owned vehicle fleets; Electrify municipal buses | Transportation | Quantitative | AFLEET; Emission factor analysis | Quantitative | AFLEET; Emission factor analysis | The Hopi Tribe | Hopi Utilities Corporation (pdf) | Tribe/Territory |
Invest $100,000 dollars in residential energy efficiency upgrades and $50,000 in commercial energy efficiency upgrades. | Improve building energy efficiency | Commercial and residential buildings | Quantitative | EPA AVERT | Quantitative | EPA AVERT | The Hopi Tribe | Hopi Utilities Corporation (pdf) | Tribe/Territory |
Extend Los Angeles Department of Water and Power service to the western side of US 395 in order to replace diesel generators with grid power for the Grinding Rock Aggregates operation and support new community and tribal facilities. | Develop transmission and distribution infrastructure | Electricity | Quantitative | Emission factor analysis | Quantitative | EPA WebFIRE | Fort Independence Indian Tribe | Fort Independence Indian Reservation (pdf) | Tribe/Territory |
Develop a 350kW ground-mount solar project and on-site solar array with battery storage system that will replace Los Angeles Department of Water and Power grid energy for the Tribe's commercial and institutional load, generate additional revenue, and allow the Tribe to own the infrastructure. | Expand utility-scale renewable energy generation; Develop energy storage systems | Electricity | Quantitative | EPA AVERT | None | N/A | Fort Independence Indian Tribe | Fort Independence Indian Reservation (pdf) | Tribe/Territory |
Construct a microgrid to supply self-generated power to tribal and residential loads, which could integrate the 350 kW solar plus storage measure for enhanced control and management. | Develop microgrids; Develop energy storage systems | Electricity | Quantitative | EPA AVERT | None | N/A | Fort Independence Indian Tribe | Fort Independence Indian Reservation (pdf) | Tribe/Territory |
Implement community-scale solar projects that generate electricity that flows to the utility grid. | Support development or expansion of community solar programs | Electricity | Qualitative | N/A | None | N/A | Native Village of Unalakleet | Native Village of Unalakleet (pdf) | Tribe/Territory |
Implement heat pumps for communities with high levels of renewable energy. | Deploy electric heat pumps | Commercial and residential buildings | Qualitative | N/A | None | N/A | Native Village of Unalakleet | Native Village of Unalakleet (pdf) | Tribe/Territory |
Repair, replace, and upgrade existing diesel generation and electrical grid infrastructure to improve energy system efficiency. | Develop transmission and distribution infrastructure | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (The Lower Yukon-Kuskokwim) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Implement community solar and battery storage to displace diesel generation by 33%. | Support development or expansion of community solar programs; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (The Lower Yukon-Kuskokwim) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Implement wind energy, wind-to-heat systems, and battery storage to displace diesel generation and heating fuel use by 10%. | Use district geothermal, cogeneration, or waste heat recovery; Expand utility-scale renewable energy generation; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (The Lower Yukon-Kuskokwim) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Use sustainably harvested local timber to offset heating fuel usage. | Utilize low carbon fuels | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (The Lower Yukon-Kuskokwim) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Use energy from rivers and tides to offset diesel generation and heating fuel usage. | Increase deployment of distributed renewables; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (The Lower Yukon-Kuskokwim) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Upgrade 25% of homes needing weatherization to reduce energy use, diesel generation and heating fuel usage. | Improve weatherization; Electrify existing buildings | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (The Lower Yukon-Kuskokwim) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Upgrade 20% of community buildings and outdoor spaces to reduce energy use, reducing diesel generation and heating fuel usage. | Improve weatherization; Install more efficient heating or cooling equipment; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (The Lower Yukon-Kuskokwim) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Repair, replace, and upgrade existing diesel generation and electrical grid infrastructure to improve energy system efficiency. | Develop transmission and distribution infrastructure | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) ( Southeast Alaska) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Implement community solar and battery storage to displace diesel generation by 33%. | Support development or expansion of community solar programs; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) ( Southeast Alaska) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Implement wind energy, wind-to-heat systems, and battery storage to reduce diesel generation and heating fuel use. | Use district geothermal, cogeneration, or waste heat recovery; Expand utility-scale renewable energy generation; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) ( Southeast Alaska) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Use sustainably harvested local timber to offset heating fuel usage. | Utilize low carbon fuels | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) ( Southeast Alaska) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Use energy from rivers and tides to offset diesel generation and heating fuel usage. | Increase deployment of distributed renewables; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) ( Southeast Alaska) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Upgrade 5% of homes needing weatherization to reduce energy use, reducing diesel generation and heating fuel usage. | Improve weatherization; Electrify existing buildings; Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) ( Southeast Alaska) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Upgrade 10% of community buildings and outdoor spaces to reduce energy use, reducing diesel generation and heating fuel usage. | Improve weatherization; Install more efficient heating or cooling equipment; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) ( Southeast Alaska) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Repair, replace, and upgrade existing diesel generation and electrical grid infrastructure to improve energy system efficiency. | Develop transmission and distribution infrastructure | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (The Aleutian-Pribilof Region) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Implement community solar and battery storage to displace diesel generation by 33%. | Support development or expansion of community solar programs; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (The Aleutian-Pribilof Region) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Implement wind energy, wind-to-heat systems, and battery storage to displace diesel generation and heating fuel use by 10%. | Use district geothermal, cogeneration, or waste heat recovery; Expand utility-scale renewable energy generation; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (The Aleutian-Pribilof Region) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Use energy from rivers and tides to offset diesel generation and heating fuel usage. | Increase deployment of distributed renewables; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (The Aleutian-Pribilof Region) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Upgrade 25% homes needing weatherization to reduce energy use, diesel generation and heating fuel usage. | Improve weatherization; Electrify existing buildings; Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (The Aleutian-Pribilof Region) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Upgrade 50% of community buildings and outdoor spaces to reduce energy use, reducing diesel generation and heating fuel usage. | Improve building energy efficiency; Install more efficient heating or cooling equipment; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (The Aleutian-Pribilof Region) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Repair, replace, and upgrade existing diesel generation and electrical grid infrastructure to improve energy system efficiency. | Develop transmission and distribution infrastructure | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (The Copper River Valley) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Implement community solar and battery storage to displace diesel generation by 33%. | Support development or expansion of community solar programs; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (The Copper River Valley) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Implement wind energy, wind-to-heat systems, and battery storage to displace diesel generation use by 5%. | Use district geothermal, cogeneration, or waste heat recovery; Expand utility-scale renewable energy generation; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (The Copper River Valley) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Use sustainably harvested local timber to offset heating fuel usage. | Utilize low carbon fuels | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (The Copper River Valley) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Use energy from rivers and tides to offset diesel generation and heating fuel usage. | Increase deployment of distributed renewables; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (The Copper River Valley) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Upgrade 25% of homes needing weatherization to reduce energy use, diesel generation and heating fuel usage. | Improve building energy efficiency; Electrify existing buildings; Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (The Copper River Valley) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Upgrade community buildings and outdoor spaces to reduce energy use, reducing diesel generation and heating fuel usage. | Improve weatherization; Install more efficient heating or cooling equipment; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (The Copper River Valley) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Implement community solar and battery storage to displace diesel generation by 33%. | Support development or expansion of community solar programs; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (Southcentral Alaska- Railbelt tribes) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Implement wind energy, wind-to-heat systems, and battery storage to displace diesel generation and heating fuel use by 10%. | Use district geothermal, cogeneration, or waste heat recovery; Expand utility-scale renewable energy generation; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (Southcentral Alaska- Railbelt tribes) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Use energy from rivers and tides to offset diesel generation and heating fuel usage. | Increase deployment of distributed renewables; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (Southcentral Alaska- Railbelt tribes) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Upgrade 1% of homes needing weatherization to reduce energy use, diesel generation and heating fuel usage. | Improve weatherization; Electrify existing buildings; Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (Southcentral Alaska- Railbelt tribes) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Upgrade community buildings and outdoor spaces to reduce energy use, reducing diesel generation and heating fuel usage. | Improve weatherization; Install more efficient heating or cooling equipment; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (Southcentral Alaska- Railbelt tribes) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Repair, replace, and upgrade existing diesel generation and electrical grid infrastructure to improve energy system efficiency. | Develop transmission and distribution infrastructure | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (Kodiak Island Region) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Implement community solar and battery storage to displace diesel generation by 33%. | Support development or expansion of community solar programs; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (Kodiak Island Region) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Implement wind energy, wind-to-heat systems, and battery storage to displace diesel generation and heating fuel use by 10%. | Use district geothermal, cogeneration, or waste heat recovery; Expand utility-scale renewable energy generation; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (Kodiak Island Region) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Use sustainably harvested local timber to offset heating fuel usage. | Utilize low carbon fuels | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (Kodiak Island Region) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Use energy from rivers and tides to offset diesel generation and heating fuel usage. | Increase deployment of distributed renewables; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (Kodiak Island Region) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Upgrade 25% of homes needing weatherization to reduce energy use, diesel generation and heating fuel usage. | Improve weatherization; Electrify existing buildings; Install more efficient heating or cooling equipment | Commercialand residential buildings | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (Kodiak Island Region) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Upgrade 50% of community buildings and outdoor spaces to reduce energy use, reducing diesel generation and heating fuel usage. | Improve weatherization; Install more efficient heating or cooling equipment; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Alaska Native Tribal Health Consortium (ANTHC) (Kodiak Island Region) | Alaska Native Tribal Health Consortium (ANTHC) (pdf) | Tribe/Territory |
Acquire and restore 534 acres of sea level rise-vulnerable agricultural land around Humboldt Bay, aiming to increase carbon storage and expand urban forestry through restoration and ecological habitat expansion. | Expand urban forests and/or green spaces; Preserve or expand wetlands | Natural and working lands | Qualitative | Unspecified | None | N/A | Blue Lake Rancheria | Blue Lake Rancheria (pdf) | Tribe/Territory |
Build a new electrical grid control center and new grid transmission lines to support expanding wind, solar, and battery installation. | Develop transmission and distribution infrastructure; Develop energy storage systems | Electricity | Quantitative | N/A | None | N/A | American Samoa | American Samoa (pdf) | Tribe/Territory |
Replace work vehicle fleet with electric vehicles. | Electrify off road vehicles or equipment; Develop EV charging infrastructure | Transportation | Quantitative | N/A | None | N/A | American Samoa | American Samoa (pdf) | Tribe/Territory |
Replace telecommunications generator. | Use cleaner fuels for power generation | Electricity | Quantitative | N/A | None | N/A | American Samoa | American Samoa (pdf) | Tribe/Territory |
Replace territory owned fleet vehicles with clean diesel, hybrid, or electric vehicles and expand electric vehicle charging infrastructure. | Electrify government and/or publicly owned vehicle fleets; Develop EV charging infrastructure | Transportation | Quantitative | N/A | None | N/A | American Samoa | American Samoa (pdf) | Tribe/Territory |
Establish a vanpool program. | Encourage carpooling | Transportation | Quantitative | Unspecified | None | N/A | American Samoa | American Samoa (pdf) | Tribe/Territory |
Hire dedicated support staff to guide Tribal members throughout the EV purchasing process and offer comprehensive support to community members, aiding in the access of available rebates or incentive programs to alleviate the costs of upfront EV purchases. | Increase the deployment of electric vehicles | Transportation | Qualitative | N/A | Qualitative | N/A | Pala Band Of Mission Indians (Pala Band of Mission Indians) | Pala Band Of Mission Indians (pdf) | Tribe/Territory |
Install 20 Level 2 chargers and 10 Level 3 chargers on the Reservation in addition to existing chargers. | Develop EV charging infrastructure | Transportation | Qualitative | N/A | Qualitative | N/A | Pala Band Of Mission Indians (Pala Band of Mission Indians) | Pala Band Of Mission Indians (pdf) | Tribe/Territory |
Conduct energy audits to identify energy-saving opportunities for Tribal homes and facilities and retrofit 50 Tribal homes and all Tribal facilities with air-source heat pumps to increase energy efficiency. | Install more efficient heating or cooling equipment; Deploy electric heat pumps; Improve appliance energy efficiency | Commecial and residential buildings | Qualitative | N/A | Qualitative | N/A | Pala Band Of Mission Indians (Pala Band of Mission Indians) | Pala Band Of Mission Indians (pdf) | Tribe/Territory |
Create a collection system for picking up food and yard waste from residents and facilities and perform community outreach to encourage the public to engage with the initiative. | Increase composting | Waste and materials management | Qualitative | N/A | Qualitative | N/A | Pala Band Of Mission Indians (Pala Band of Mission Indians) | Pala Band Of Mission Indians (pdf) | Tribe/Territory |
Install 10 level 2 EV Charging stations for the Jamul Casino Hotel. | Develop EV charging infrastructure | Transportation | Qualitative | N/A | Qualitative | N/A | Pala Band Of Mission Indians (Jamul Indian Village of California) | Pala Band Of Mission Indians (pdf) | Tribe/Territory |
Deploy a microgrid to serve the Jamul Casino to ensure reliable electricity supply and the electricity will be generated by solar panels installed on the casino roof. | Increase deployment of distributed renewables; Develop microgrids | Electricity | Qualitative | N/A | Qualitative | N/A | Pala Band Of Mission Indians (Jamul Indian Village of California) | Pala Band Of Mission Indians (pdf) | Tribe/Territory |
Conduct energy audits to identify energy-saving opportunities for Tribal homes and retrofit 200 Tribal homes with triple pane windows and energy metering. | Improve weatherization | Commercial and residential buildings | Qualitative | N/A | Qualitative | N/A | Pala Band Of Mission Indians (Viejas Band of Kumeyaay Indians) | Pala Band Of Mission Indians (pdf) | Tribe/Territory |
Establish a Reservation-wide comprehensive recycling program for various materials including paper, plastics, glass, and metals, starting with educational programs and awareness efforts and providing each tribal home with a recycling bin. | Increase recycling; Education and engagement | Waste and materials management | Qualitative | N/A | Qualitative | N/A | Pala Band Of Mission Indians (Viejas Band of Kumeyaay Indians) | Pala Band Of Mission Indians (pdf) | Tribe/Territory |
Offer fully funded solar panel installation for community members with a goal to set up 200 homes on the Reservation with solar and net metering ability to allow homeowners to receive credit for excess electricity generated and fed back to the grid | Increase deployment of distributed renewables | Electricity; Commercial and residential buildings | Qualitative | N/A | Qualitative | N/A | Pala Band Of Mission Indians (Viejas Band of Kumeyaay Indians) | Pala Band Of Mission Indians (pdf) | Tribe/Territory |
Replace 20 light-duty trucks with EVs for the Tribal fleet. | Electrify government and/or publicly owned vehicle fleets | Transportation | Qualitative | N/A | Qualitative | N/A | Pala Band Of Mission Indians (Viejas Band of Kumeyaay Indians) | Pala Band Of Mission Indians (pdf) | Tribe/Territory |
Implement erosion controls necessary to facilitate wetland restoration which may include removing invasive plants and planting natives, to prevent further soil erosion and enhance carbon storage. | Preserve or expand wetlands | Natural and working lands | Qualitative | N/A | Qualitative | N/A | Pala Band Of Mission Indians (La Posta Band of Mission Indians) | Pala Band Of Mission Indians (pdf) | Tribe/Territory |
Evaluate the ecological status of the 120-acre land parcel that has been identified for acquisition and restoration and develop a comprehensive restoration plan, clear invasive species, identify appropriate native vegetation for the site, and monitor and evaluate progress with a focus on keystone species. | Maintain or expand existing forests | Natural and working lands | Qualitative | N/A | Qualitative | N/A | Pala Band Of Mission Indians (La Posta Band of Mission Indians) | Pala Band Of Mission Indians (pdf) | Tribe/Territory |
Transition residence and community buildings to solar power with a goal to provide solar installations to all 13 of the Tribal homes on the Reservation as well as the following facilities: Tribal Administration Office, Boys and Girls Club, Old Casino, and Addiction Treatment Center. | Increase deployment of distributed renewables | Electricity | Qualitative | N/A | Qualitative | N/A | Pala Band Of Mission Indians (La Posta Band of Mission Indians) | Pala Band Of Mission Indians (pdf) | Tribe/Territory |
Replace 64 of the eligible on-road vehicles with all-electric zero emission vehicle alternatives and 26 of the eligible non-road vehicles with ZEVs over the next 15 years. | Electrify government and/or publicly owned vehicle fleets; Electrify or increase efficiency of non-road transportation | Transportation | Quantitative | AFLEET | Quantitative | AFLEET | Salt River Pima-Maricopa Indian Community | Salt River Pima-Maricopa Indian Comm (pdf) | Tribe/Territory |
Expand the network of publicly-available Level 2 EV chargers through the installation of eight additional Level 2 dual-port EV chargers at eight different locations. | Develop EV charging infrastructure | Transportation | Quantitative | AFLEET | Quantitative | AFLEET | Salt River Pima-Maricopa Indian Community | Salt River Pima-Maricopa Indian Comm (pdf) | Tribe/Territory |
Establish an outreach campaign to educate residents about the existing home energy assessments program and reimburse participants who are not already income-qualified for a free assessment. | Improve building energy efficiency; Education and engagement | Commercial and residential buildings | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Salt River Pima-Maricopa Indian Community | Salt River Pima-Maricopa Indian Comm (pdf) | Tribe/Territory |
Evaluate the current energy performance of 25 tribal-owned and operated buildings to identify and implement cost-effective energy conservation measures that will contribute to reduced GHG and other pollutant emissions and annual operating cost savings. | Improve municipal building efficiency | Commercial and residential buildings | Quantitative | Unspecified | None | N/A | Salt River Pima-Maricopa Indian Community | Salt River Pima-Maricopa Indian Comm (pdf) | Tribe/Territory |
Develop a program to offer financial incentives to residents located in the community to exchange operational gas-powered lawn mowers and handheld lawn and garden equipment for electric or battery powered alternatives and SRPMIC will exchange its inventory of owned gas-powered pieces of handheld lawn and garden equipment (28 devices). | Electrify or increase efficiency of non-road transportation | Transportation | Quantitative | Unspecified | Quantitative | Unspecified | Salt River Pima-Maricopa Indian Community | Salt River Pima-Maricopa Indian Comm (pdf) | Tribe/Territory |
Construct approximately 353 kW of additional solar PV capacity via newly constructed solar parking canopies at four SRPMIC-owned and operated facilities | Expand utility-scale renewable energy generation | Electricity | Quantitative | Unspecified | None | N/A | Salt River Pima-Maricopa Indian Community | Salt River Pima-Maricopa Indian Comm (pdf) | Tribe/Territory |
Utilize the landfill gas currently being collected and flared to produce renewable natural gas for injection into an existing natural gas pipeline owned and operated by the City of Mesa, AZ | Increase capture and/or utilization of gas from landfills; Increase waste-to-energy | Waste and materials management | Quantitative | EPA LFGcost-Web | Quantitative | EPA LFGcost-Web | Salt River Pima-Maricopa Indian Community | Salt River Pima-Maricopa Indian Comm (pdf) | Tribe/Territory |
Continue planting trees on public and residential lands within the Community to improve air quality and sequester carbon. | Expand urban forests and/or green spaces | Natural and working lands | Quantitative | i-Tree | Quantitative | i-Tree | Salt River Pima-Maricopa Indian Community | Salt River Pima-Maricopa Indian Comm (pdf) | Tribe/Territory |
Develop CUC's Energy Master Plan, Roadmap and Implementation Plan to modernize energy infrastructure and integrate renewable resources. | Develop transmission and distribution infrastructure | Electricity | Quantitative | Unspecified | None | N/A | Commonwealth of the Northern Mariana Islands | Commonwealth of the Northern Mariana Islands (pdf) | Tribe/Territory |
Develop utility-scale power plants that provide cleaner, more affordable, and reliable electricity and integrate renewable energy and energy storage systems. | Expand utility-scale renewable energy generation; Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Commonwealth of the Northern Mariana Islands | Commonwealth of the Northern Mariana Islands (pdf) | Tribe/Territory |
Install solar photovoltaic and other renewable energy systems with energy storage where appropriate and feasible on key government-owned facilities. | Develop energy storage systems; Increase deployment of distributed renewables | Electricity | Quantitative | Unspecified | None | N/A | Commonwealth of the Northern Mariana Islands | Commonwealth of the Northern Mariana Islands (pdf) | Tribe/Territory |
Provide incentives for solar photovoltaic and other renewable systems for commercial facilities and residents. | Increase deployment of distributed renewables | Electricity | Quantitative | Unspecified | None | N/A | Commonwealth of the Northern Mariana Islands | Commonwealth of the Northern Mariana Islands (pdf) | Tribe/Territory |
Develop community-scale solar photovoltaic arrays with microgrid distribution and storage. | Increase deployment of distributed renewables; Develop energy storage systems; Develop microgrids | Electricity | Qualitative | N/A | None | N/A | Northern Arapaho Tribe | Northern Arapaho Tribe of the Wind River Reservation (pdf) | Tribe/Territory |
Replace tribal owned fleet vehicles with hybrid and electric vehicles. | Electrify government and/or publicly owned vehicle fleets; Develop EV charging infrastructure | Transportation | Qualitative | N/A | None | N/A | Northern Arapaho Tribe | Northern Arapaho Tribe of the Wind River Reservation (pdf) | Tribe/Territory |
Install solar arrays on Tribal buildings to provide access to clean and renewable energy, address energy poverty, and improve quality of life through reduced energy costs. | Increase deployment of distributed renewables | Electricity | Quantitative | EPA AVERT | None | N/A | Eastern Band of Cherokee Indians | Eastern Band of Cherokee Indians (pdf) | Tribe/Territory |
Install microgrid at the Boys Club that allows for the creation, storage, and distribution of energy on and off the standard electrical grid and electrify 15 school buses and 1 electrified freightliner. | Develop microgrids; Develop transmission and distribution infrastructure; Electrify municipal buses | Electricity; Transportation | Quantitative | EPA AVERT | None | N/A | Eastern Band of Cherokee Indians | Eastern Band of Cherokee Indians (pdf) | Tribe/Territory |
Electrify Tribal government fleet by ensuring that 50% of the new vehicles purchased are electric. | Electrify government and/or publicly owned vehicle fleets | Transportation | Quantitative | EPA AVERT | None | N/A | Eastern Band of Cherokee Indians | Eastern Band of Cherokee Indians (pdf) | Tribe/Territory |
Build a battery energy storage system across 5 sites alongside a control system that will assist in stabilizing the grid. | Develop energy storage systems | Electricity | Quantitative | Unspecified | None | N/A | Guam | Guam (pdf) | Tribe/Territory |
Implement a solar PV virtual power plant to target Guam Department of Education Schools for installation of solar PV systems. | Increase deployment of distributed renewables | Electricity | Quantitative | Unspecified | None | N/A | Guam | Guam (pdf) | Tribe/Territory |
Convert waste cooking oil into biodiesel fuel to be used for Guam's Solid Waste Authority diesel fleet. | Create useful products from organic waste; Increase waste-to-energy | Waste and materials management | Quantitative | Unspecified | None | N/A | Guam | Guam (pdf) | Tribe/Territory |
Develop an anaerobic digestor. | Increase anaerobic digestion; Reduce emissions from wastewater treatment facilities | Waste and materials management | Qualitative | Unspecified | None | N/A | Guam | Guam (pdf) | Tribe/Territory |
Promote and increase the electricity generation/use from distributed solar and storage systems and reduce the electricity consumption from the grid. | Develop energy storage systems; Increase deployment of distributed renewables | Electricity; Commercial and residential buildings | Quantitative | N/A | None | N/A | Mississippi Band of Choctaw Indians | Mississippi Band of Choctaw Indians (pdf) | Tribe/Territory |
Execute software and infrastructure upgrades to the waste water treatment plant to reduce energy consumption and emissions. | Reduce emissions from wastewater treatment facilities | Waste and materials management | Quantitative | EPA TGIT | Quantitative | N/A | Rincon Band of Luiseño Indians | Rincon Band of Luiseno Indians (pdf) | Tribe/Territory |
Expand wastewater treatment plant infrastructure by connecting residences on the North side of the reservation to the sewer system. | Reduce emissions from wastewater treatment facilities | Waste and materials management | Quantitative | EPA TGIT | Quantitative | N/A | Rincon Band of Luiseño Indians | Rincon Band of Luiseno Indians (pdf) | Tribe/Territory |
Expand wastewater treatment plant infrastructure by connecting residences on the South side of the reservation to the sewer system. | Reduce emissions from wastewater treatment facilities | Waste and materials management | Quantitative | EPA TGIT | Quantitative | N/A | Rincon Band of Luiseño Indians | Rincon Band of Luiseno Indians (pdf) | Tribe/Territory |
Develop and operate a grid-connected hydrogen hub system to serve five Tribal Law Enforcement vehicles and a fuel cell backup generator, while also replacing gasoline and diesel Tribal Law Enforcement vehicles with hydrogen fuel cell electric vehicles. | Expand utility-scale renewable energy generation; Develop energy storage systems; Electrify government and/or publicly owned vehicle fleets | Electricity; Transportation | Quantitative | EPA TGIT | Quantitative | N/A | Rincon Band of Luiseño Indians | Rincon Band of Luiseno Indians (pdf) | Tribe/Territory |
Implement solar generation systems at GRIC Government facilities. | Increase deployment of distributed renewables | Electricity | Quantitative and Qualitative | EPA TGIT; Emission factor analysis | Quantitative and Qualitative | N/A | Gila River Indian Community | Gila River Indian Community (pdf) | Tribe/Territory |
Implement solar generation systems at residential locations within the community. | Increase deployment of distributed renewables | Electricity | Quantitative and Qualitative | EPA TGIT | Quantitative and Qualitative | N/A | Gila River Indian Community | Gila River Indian Community (pdf) | Tribe/Territory |
Develop renewable energy microgrid at GRIC government facilities, which include solar and battery systems that double as resilience hubs. | Develop microgrids; Develop energy storage systems; Increase deployment of distributed renewables | Electricity | Quantitative and Qualitative | EPA TGIT | Quantitative and Qualitative | N/A | Gila River Indian Community | Gila River Indian Community (pdf) | Tribe/Territory |
Replace GRIC Government-owned gas and diesel fleet vehicles with electric vehicles and build out publicly available charging infrastructure. | Electrify government and/or publicly owned vehicle fleets; Develop EV charging infrastructure | Transportation | Quantitative and Qualitative | EPA TGIT | Quantitative and Qualitative | N/A | Gila River Indian Community | Gila River Indian Community (pdf) | Tribe/Territory |
Provide electric vehicle ridesharing for tribe employees. | Electrify government and/or publicly owned vehicle fleets; Encourage carpooling | Transportation | Quantitative and Qualitative | EPA TGIT | Quantitative and Qualitative | N/A | Gila River Indian Community | Gila River Indian Community (pdf) | Tribe/Territory |
Promote and incentivize local traditional food markets to reduce the greenhouse gas emissions associate with food transportation. | Reduce vehicle miles traveled | Transportation | Quantitative and Qualitative | EPA TGIT | Quantitative and Qualitative | N/A | Gila River Indian Community | Gila River Indian Community (pdf) | Tribe/Territory |
Improve residential building energy efficiency through building weatherization, LED lighting, and heat/air conditioning upgrades | Improve weatherization; Improve appliance energy efficiency; Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative and Qualitative | EPA TGIT | Quantitative and Qualitative | N/A | Gila River Indian Community | Gila River Indian Community (pdf) | Tribe/Territory |
Expand renewable energy projects by developing solar and wind generation while also advancing energy resilience through the construction of battery storage and microgrids. | Expand utility-scale renewable energy generation; Develop microgrids; Develop energy storage systems | Electricity | Quantitative | Unspecified | Quantitative | N/A | Ramona Band of Cahuilla | Ramona Band of Cahuilla (pdf) | Tribe/Territory |
Replace existing fossil fuel maintenance motor vehicles with electric vehicles or hybrid electric vehicles and build out solar-powered charging infrastructure. | Electrify government and/or publicly owned vehicle fleets; Develop EV charging infrastructure; Increase deployment of distributed renewables | Transportation; Electricity | Quantitative | Unspecified | Quantitative | N/A | Ramona Band of Cahuilla | Ramona Band of Cahuilla (pdf) | Tribe/Territory |
Increase building energy efficiency by upgrading HVAC systems, retrofitting existing infrastructure, and promotion of energy-saving practices across Tribal facilities. | Install more efficient heating or cooling equipment; Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | Unspecified | Quantitative | N/A | Ramona Band of Cahuilla | Ramona Band of Cahuilla (pdf) | Tribe/Territory |
Reduce waste through the development of recycling and organics composting programs to reduce transportation and landfill emissions and also introduce circular economic practices. | Increase composting; Increase recycling | Waste and materials management | Quantitative | Unspecified | Quantitative | N/A | Ramona Band of Cahuilla | Ramona Band of Cahuilla (pdf) | Tribe/Territory |
Replace the Tribal fleet's gasoline and diesel vehicles with electric ones, prioritizing the oldest models, to reduce GHG emissions from on-road mobile sources within the reservation. | Electrify government and/or publicly owned vehicle fleets | Transportation | Qualitative | EPA NEI | Qualitative | N/A | Morongo Band of Mission Indians | Morongo Band of Mission Indians (pdf) | Tribe/Territory |
Install EV chargers in high-use areas of the reservation such as by the administration building, community center, social services office, schools, and Public Works parking lots. | Develop EV charging infrastructure | Transportation | Qualitative | EPA NEI | Qualitative | N/A | Morongo Band of Mission Indians | Morongo Band of Mission Indians (pdf) | Tribe/Territory |
Retrofit reservoir pumps with solar panels and battery storage, and conduct energy audits at three sites to reduce or eliminate GHG emissions from electricity used for water pumping. | Increase deployment of distributed renewables; Develop energy storage systems | Electricity | Qualitative | EPA NEI | Qualitative | N/A | Morongo Band of Mission Indians | Morongo Band of Mission Indians (pdf) | Tribe/Territory |
Create a collection system for food and yard waste, offer compost for community use, and implement educational programs to encourage public participation. | Increase composting; Education and engagement; Create useful products from organic waste | Waste and materials management | Qualitative | EPA NEI | Qualitative | N/A | Morongo Band of Mission Indians | Morongo Band of Mission Indians (pdf) | Tribe/Territory |
Purchase two electric buses, both of which will be charged by solar and wind powered charging infrastructure, and build out bus routes to connect tribal communities. | Expand public transit; Develop EV charging infrastructure; Electrify municipal buses | Transportation | Quantitative and Qualitative | Unspecified | Quantitative and Qualitative | Unspecified | Rosebud Sioux Tribe of the Rosebud Indian Reservation | Rosebud Sioux Tribe of the Rosebud Indian Reservation (pdf) | Tribe/Territory |
Establish a tribal utility and deploy resilient community microgrids powered by solar and wind, supplemented by battery energy storage. | Develop microgrids; Develop energy storage systems; Increase deployment of distributed renewables | Electricity | Quantitative and Qualitative | Unspecified | Quantitative and Qualitative | Unspecified | Rosebud Sioux Tribe of the Rosebud Indian Reservation | Rosebud Sioux Tribe of the Rosebud Indian Reservation (pdf) | Tribe/Territory |
Develop a new community consisting of energy efficiency residential homes and community amenities/businesses. | Electrify new construction; Build dense communities; Install more efficient heating or cooling equipment | Commercial and residential buildings; Transportation | Quantitative and Qualitative | Unspecified | Quantitative and Qualitative | Unspecified | Rosebud Sioux Tribe of the Rosebud Indian Reservation | Rosebud Sioux Tribe of the Rosebud Indian Reservation (pdf) | Tribe/Territory |
Electrify existing homes on the reservation and increase renewable energy mix on the grid. | Electrify existing buildings; Increase deployment of distributed renewables; Install more efficient heating or cooling equipment | Electricity; Commercial and residential buildings | Quantitative and Qualitative | Unspecified | Quantitative and Qualitative | Unspecified | Rosebud Sioux Tribe of the Rosebud Indian Reservation | Rosebud Sioux Tribe of the Rosebud Indian Reservation (pdf) | Tribe/Territory |
Implement weatherization and envelope improvement projects across existing homes. | Improve weatherization | Commecial and residential buildings | Quantitative and Qualitative | Unspecified | Quantitative and Qualitative | Unspecified | Rosebud Sioux Tribe of the Rosebud Indian Reservation | Rosebud Sioux Tribe of the Rosebud Indian Reservation (pdf) | Tribe/Territory |
Implement forest, wetland, and eelgrass conservation and restoration projects to sequester carbon. | Maintain or expand existing forests; Preserve or expand wetlands | Natural and working lands | Qualitative | Unspecified | Qualitative | Unspecified | Lummi Nation | Lummi Nation (pdf) | Tribe/Territory |
Implement a permanent energy efficiency, weatherization, and electrification retrofits and upgrades program for existing residential buildings. | Improve weatherization; Electrify existing buildings | Commercial and residential buildings | Quantitative | Unspecified | Quantitative | Unspecified | Lummi Nation | Lummi Nation (pdf) | Tribe/Territory |
Implement an energy efficiency, weatherization, and electrification retrofits and upgrades program for existing tribal facilities and commercial buildings | Improve weatherization; Electrify existing buildings | Commercial and residential buildings | Quantitative | Unspecified | Quantitative | Unspecified | Lummi Nation | Lummi Nation (pdf) | Tribe/Territory |
Implement a pilot program to install geothermal heat pumps in existing single- and multi-family homes. | Deploy electric heat pumps | Commercial and residential buildings | Quantitative | Unspecified | Quantitative | Unspecified | Lummi Nation | Lummi Nation (pdf) | Tribe/Territory |
Adopt a green building policy for new commercial developments and substantial remodels that mandates high energy efficiency building performance standards and commits to use of geothermal and/or solar resources, when technically feasible. | Leverage building codes; Increase deployment of distributed renewables; Increase deployment of distributed renewables | Commercial and residential buildings | Quantitative | Unspecified | Quantitative | Unspecified | Lummi Nation | Lummi Nation (pdf) | Tribe/Territory |
Install rooftop solar on key tribal and community facilities, and include storage systems where technically feasible. | Increase deployment of distributed renewables; Electrify existing buildings | Commercial and residential buildings | Qualitative | Unspecified | Qualitative | Unspecified | Lummi Nation | Lummi Nation (pdf) | Tribe/Territory |
Electrify tribal government fleet and expand electric vehicle charging infrastructure. | Electrify government and/or publicly owned vehicle fleets; Develop EV charging infrastructure | Transportation | Quantitative | Unspecified | Quantitative | Unspecified | Lummi Nation | Lummi Nation (pdf) | Tribe/Territory |
Replace and retrofit older, inefficient boat motors with more energy efficient, electric, and hybrid electric models or parts. | Electrify or increase efficiency of non-road transportation | Transportation | Quantitative | Unspecified | Quantitative | Unspecified | Lummi Nation | Lummi Nation (pdf) | Tribe/Territory |
Reduce GHG emissions in tribal-owned commercial and public buildings by promoting energy electrification, increasing energy efficiency through building retrofitting, and adopting new green building standards for future development. | Electrify existing buildings; Improve weatherization; Leverage building codes; Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative | Unspecified | Quantitative | Unspecified | St. Croix Band of Chippewa Indians of Wisconsin (SCCIW) | St. Croix Chippewa Tribe of Wisconsin, WI (pdf) | Tribe/Territory |
Lower the financial burden of home energy usage for individual Tribal members and increase the Tribe’s energy independence through the development of solar systems and residential building retrofits | Increase deployment of distributed renewables; Improve weatherization; Install more efficient heating or cooling equipment; Improve appliance energy efficiency | Electricity; Commercial and residential buildings | Quantitative | Unspecified | Quantitative | Unspecified | St. Croix Band of Chippewa Indians of Wisconsin (SCCIW) | St. Croix Chippewa Tribe of Wisconsin, WI (pdf) | Tribe/Territory |
Decrease GHG emissions through fleet electrification and EV adoption. | Electrify government and/or publicly owned vehicle fleets; Increase the deployment of electric vehicles | Transportation | Quantitative | Unspecified | Quantitative | Unspecified | St. Croix Band of Chippewa Indians of Wisconsin (SCCIW) | St. Croix Chippewa Tribe of Wisconsin, WI (pdf) | Tribe/Territory |
Reduce GHG emissions by sequestering carbon through protecting, managing, and restoring above and below ground biomass, forests, wetlands, and soils, while developing green infrastructure, and implementing responsible development and zoning policies to enhance carbon sequestration. | Maintain or expand existing forests; Preserve or expand wetlands | Natural and working lands | Quantitative | Unspecified | Quantitative | Unspecified | St. Croix Band of Chippewa Indians of Wisconsin (SCCIW) | St. Croix Chippewa Tribe of Wisconsin, WI (pdf) | Tribe/Territory |
Replace 20 existing Tribal fleet vehicles, composed of gasoline and diesel-powered vehicles, with electric vehicles, prioritizing older vehicles. | Electrify government and/or publicly owned vehicle fleets | Transportation | Quantitative and Qualitative | EPA WARM | Quantitative | EPA WARM | Owens Valley Indian Water Commission (The Bishop Paiute Tribe) | Owens Valley Indian Water Commission (pdf) | Tribe/Territory |
Deploy a microgrid to provide the community buildings complex with energy independence and resilience, maintain power during grid disruptions, and generate electricity by solar panels installed as canopies for two parking lots and stored locally on batteries and/or generators. | Improve building energy efficiency; Increase deployment of distributed renewables; Develop energy storage systems | Commercial and residential buildings; Electricity | Quantitative and Qualitative | EPA WARM | Quantitative | EPA WARM | Owens Valley Indian Water Commission (The Bishop Paiute Tribe) | Owens Valley Indian Water Commission (pdf) | Tribe/Territory |
Deploy a microgrid to provide the Professional Center with energy independence and resilience, maintain power during grid disruptions, and generate electricity by solar panels installed as canopies for two parking lots and stored locally on batteries and/or generators. | Improve building energy efficiency; Increase deployment of distributed renewables; Develop energy storage systems | Commercial and residential buildings; Electricity | Quantitative and Qualitative | EPA WARM | Quantitative | EPA WARM | Owens Valley Indian Water Commission (The Bishop Paiute Tribe) | Owens Valley Indian Water Commission (pdf) | Tribe/Territory |
Install 650 homes with air-source heat pumps to increase energy efficiency and reduce emissions caused from heating and cooling. | Install more efficient heating or cooling equipment; Deploy electric heat pumps | Commercial and residential buildings | Quantitative and Qualitative | EPA WARM | Quantitative | EPA WARM | Owens Valley Indian Water Commission (The Bishop Paiute Tribe) | Owens Valley Indian Water Commission (pdf) | Tribe/Territory |
Install a solar grid on developed land with enough capacity to power 540 homes and virtual capabilities in order to offset emissions and electricity bills from these homes. | Expand utility-scale renewable energy generation | Electricity | Quantitative and Qualitative | EPA WARM | Quantitative | EPA WARM | Owens Valley Indian Water Commission (The Bishop Paiute Tribe) | Owens Valley Indian Water Commission (pdf) | Tribe/Territory |
Install 3 Level 2 electric vehicle chargers on the Reservation in high-use areas of the Reservation such as by the administrative buildings. | Develop EV charging infrastructure | Transportation | Quantitative and Qualitative | EPA WARM | Quantitative | EPA WARM | Owens Valley Indian Water Commission (Big Pine Paiute Tribe) | Owens Valley Indian Water Commission (pdf) | Tribe/Territory |
Conduct energy audits to identify energy-saving opportunities for Tribal homes, aiming to retrofit 184 homes with air-source heat pumps and triple-pane windows to increase energy efficiency and reduce heating and cooling loss. | Improve weatherization; Deploy electric heat pumps; Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative and Qualitative | EPA WARM | Quantitative | EPA WARM | Owens Valley Indian Water Commission (Big Pine Paiute Tribe) | Owens Valley Indian Water Commission (pdf) | Tribe/Territory |
Offer fully funded solar panel installation for community members on homes with the goal to retrofit all 184 homes on the Reservation with solar and net metering ability and allow homeowners to receive credit for excess electricity generated that is sold to the grid. | Increase deployment of distributed renewables | Commercial and residential buildings; Electricity | Quantitative and Qualitative | EPA WARM | Quantitative | EPA WARM | Owens Valley Indian Water Commission (Big Pine Paiute Tribe) | Owens Valley Indian Water Commission (pdf) | Tribe/Territory |
Deploy a microgrid to provide the administrative complex with energy independence and resilience, maintain power during grid disruptions, and serve as a canopy for the parking lot and stored locally on batteries and/or generators to meet electricity requirements of the administrative complex. | Develop microgrids; Develop energy storage systems; Increase deployment of distributed renewables | Electricity; Commercial and residential buildings | Quantitative and Qualitative | EPA WARM | Quantitative | EPA WARM | Owens Valley Indian Water Commission (Big Pine Paiute Tribe) | Owens Valley Indian Water Commission (pdf) | Tribe/Territory |
Install 5 Level 2 electric vehicle chargers on the Reservation in high-use areas of the Reservation such as by the administrative complex. | Develop EV charging infrastructure | Transportation | Quantitative and Qualitative | EPA WARM | Quantitative | EPA WARM | Owens Valley Indian Water Commission (Lone Pine Paiute-Shoshone Tribe) | Owens Valley Indian Water Commission (pdf) | Tribe/Territory |
Deploy a microgrid to provide the administrative complex with energy independence and resilience, to maintain power during grid disruptions, and to serve as a canopy for the parking lot and stored locally on batteries and/or generators to meet electricity requirements of the administrative complex. | Increase deployment of distributed renewables; Develop microgrids | Electricity; Commercial and residential buildings | Quantitative and Qualitative | EPA WARM | Quantitative | EPA WARM | Owens Valley Indian Water Commission (Lone Pine Paiute-Shoshone Tribe) | Owens Valley Indian Water Commission (pdf) | Tribe/Territory |
Install 250kW of distributed photovoltaic capacity. | Increase deployment of distributed renewables | Electricity | Quantitative | EPA NEI | None | N/A | Pokagon Band of Potawatomi, MI | Pokagon Band of Potawatomi, MI (pdf) | Tribe/Territory |
Install a 1 MW community solar project. | Support development or expansion of community solar programs | Electricity | Quantitative | EPA NEI | Quantitative | EPA NEI | Pokagon Band of Potawatomi, MI | Pokagon Band of Potawatomi, MI (pdf) | Tribe/Territory |
Generate 1 MWh of electricity through storage and peak load shift. | Increase deployment of distributed renewables; Develop microgrids; Develop energy storage systems | Electricity | Quantitative | EPA NEI | None | N/A | Pokagon Band of Potawatomi, MI | Pokagon Band of Potawatomi, MI (pdf) | Tribe/Territory |
Install air-source heat pump appliances. | Electrify existing buildings; Deploy electric heat pumps | Commercial and residential buildings | Quantitative | EPA NEI | None | N/A | Pokagon Band of Potawatomi, MI | Pokagon Band of Potawatomi, MI (pdf) | Tribe/Territory |
Replace appliances powered by natural gas with electric heat pumps. | Electrify existing buildings; Deploy electric heat pumps; Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative | EPA NEI | None | N/A | Pokagon Band of Potawatomi, MI | Pokagon Band of Potawatomi, MI (pdf) | Tribe/Territory |
Update HVAC controls. | Install more efficient heating or cooling equipment | Commercial and residential buildings | Quantitative | EPA NEI | Quantitative | EPA NEI | Pokagon Band of Potawatomi, MI | Pokagon Band of Potawatomi, MI (pdf) | Tribe/Territory |
Purchase 110 low- and zero-emissions passenger vehicles. | Electrify government and/or publicly owned vehicle fleets | Transportation | Quantitative | EPA NEI | Quantitative | EPA NEI | Pokagon Band of Potawatomi, MI | Pokagon Band of Potawatomi, MI (pdf) | Tribe/Territory |
Purchase 2 low- and zero-emissions duty vehicles. | Electrify government and/or publicly owned vehicle fleets; Increase the deployment of electric MDVs and/or HDVs | Transportation | Quantitative | EPA NEI | Quantitative | EPA NEI | Pokagon Band of Potawatomi, MI | Pokagon Band of Potawatomi, MI (pdf) | Tribe/Territory |
Install solar panels on canopies at the Wind Creek Hospitality casino and hotel. | Increase deployment of distributed renewables | Electricity | Quantitative | Emission factor analysis | None | N/A | Poarch Band of Creek Indians, AL | Poarch Band of Creek Indians (pdf) | Tribe/Territory |
Install 29 megawatts of solar photovoltaics, 11 megawatts of wind, and geothermal heat pumps in 30% of single-family homes. | Increase deployment of distributed renewables; Use district geothermal, cogeneration, or waste heat recovery | Electricity | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Midwest Tribal Energy Resources Association | Midwest Tribal Energy Resources Association (pdf) | Tribe/Territory |
Install 15 megawatts of solar photovoltaics, 6 megawatts of wind, and geothermal heat pumps in 30% of multifamily buildings. | Increase deployment of distributed renewables; Use district geothermal, cogeneration, or waste heat recovery | Electricity | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Midwest Tribal Energy Resources Association | Midwest Tribal Energy Resources Association (pdf) | Tribe/Territory |
Install 23 megawatts of solar PV, 11.5 megawatts of wind, and geothermal heat pumps in 30% of commercial buildings. | Increase deployment of distributed renewables; Use district geothermal, cogeneration, or waste heat recovery | Electricity | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Midwest Tribal Energy Resources Association | Midwest Tribal Energy Resources Association (pdf) | Tribe/Territory |
Install 20 megawatts of solar photovoltaics, 20 megawatts of wind, and 5 megawatts of hydropower. | Increase deployment of distributed renewables | Electricity | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Midwest Tribal Energy Resources Association | Midwest Tribal Energy Resources Association (pdf) | Tribe/Territory |
Install 90 megawatts of solar photovoltaics and 75 megawatts of wind. | Expand utility-scale renewable energy generation | Electricity | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Midwest Tribal Energy Resources Association | Midwest Tribal Energy Resources Association (pdf) | Tribe/Territory |
Install 40 megawatts of solar photovoltaics paired with 4-hour storage. | Increase deployment of distributed renewables; Develop energy storage systems | Electricity | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Midwest Tribal Energy Resources Association | Midwest Tribal Energy Resources Association (pdf) | Tribe/Territory |
Install 200 megawatts of solar photovoltaics paired with 4-hour storage. | Develop microgrids; Develop energy storage systems | Electricity | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Midwest Tribal Energy Resources Association | Midwest Tribal Energy Resources Association (pdf) | Tribe/Territory |
Retrofit 60% of all buildings with heat pumps. | Electrify existing buildings; Deploy electric heat pumps | Commercial and residential buildings | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Midwest Tribal Energy Resources Association | Midwest Tribal Energy Resources Association (pdf) | Tribe/Territory |
Upgrade appliances in 60% of residential buildings and install low-flow fixatures in 60% of single-family and multifamily buildings. | Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Midwest Tribal Energy Resources Association | Midwest Tribal Energy Resources Association (pdf) | Tribe/Territory |
Install roof and wall insulation and window films in 60% of commercial buildings and implement air sealing and insulation in 60% of single-family homes and multifamily buildings. | Improve weatherization | Commercial and residential buildings | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Midwest Tribal Energy Resources Association | Midwest Tribal Energy Resources Association (pdf) | Tribe/Territory |
Switch 100% of interior and exterior lighting of all buildings to LEDs. | Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Midwest Tribal Energy Resources Association | Midwest Tribal Energy Resources Association (pdf) | Tribe/Territory |
Install smart thermostats in 60% of buildings. | Improve appliance energy efficiency | Commercial and residential buildings | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Midwest Tribal Energy Resources Association | Midwest Tribal Energy Resources Association (pdf) | Tribe/Territory |
Adopt green building standards for major renovation projects in 15% of buildings. | Leverage building codes | Commercial and residential buildings | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Midwest Tribal Energy Resources Association | Midwest Tribal Energy Resources Association (pdf) | Tribe/Territory |
Increase transit service to shift 10% of the transportation mode to bus. | Expand public transit | Transportation | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Midwest Tribal Energy Resources Association | Midwest Tribal Energy Resources Association (pdf) | Tribe/Territory |
Shift 50% of the Tribal population to ridesharing or carpooling from using sing-occupancy vehicles. | Encourage carpooling | Transportation | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Midwest Tribal Energy Resources Association | Midwest Tribal Energy Resources Association (pdf) | Tribe/Territory |
Shift 50% of the transportation mode from single-occupancy vehicles to biking/walking. | Increase active transportation | Transportation | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Midwest Tribal Energy Resources Association | Midwest Tribal Energy Resources Association (pdf) | Tribe/Territory |
Convert 80% of single-occupancy vehicles to EVs and provide charging infrastructure and hydrogen fuel cells. | Increase the deployment of electric vehicles; Develop EV charging infrastructure | Transportation | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Midwest Tribal Energy Resources Association | Midwest Tribal Energy Resources Association (pdf) | Tribe/Territory |
Convert half of buses to lower-emission fuels and the other half to electricity or hydrogen. | Electrify government and/or publicly owned vehicle fleets; Electrify municipal buses | Transportation | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Midwest Tribal Energy Resources Association | Midwest Tribal Energy Resources Association (pdf) | Tribe/Territory |
Plant 100,000 trees, 100,000 shrubs, and restore 1 million sf of grassland. | Manage or restore grasslands for carbon sequestration; Maintain or expand existing forests | Natural and working lands | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Midwest Tribal Energy Resources Association | Midwest Tribal Energy Resources Association (pdf) | Tribe/Territory |
Develop 800,000 square feet of bioswales. | Expand urban forests and/or green spaces | Natural and working lands | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Midwest Tribal Energy Resources Association | Midwest Tribal Energy Resources Association (pdf) | Tribe/Territory |
Change zoning to support transportation-efficient land-use patterns for 20% of the population. | Build dense communities | Transportation | Quantitative | Emission factor analysis | Quantitative | Emission factor analysis | Midwest Tribal Energy Resources Association | Midwest Tribal Energy Resources Association (pdf) | Tribe/Territory |
Replace Tribal-owned fossil-fuel powered vehicles with EVs and install EV charging infrastructure. | Electrify government and/or publicly owned vehicle fleets; Develop EV charging infrastructure | Transportation | Qualitative | Unspecified | Qualitative | Unspecified | Northwestern Band of the Shoshone Nation | Northwestern Band of the Shoshone Nation (pdf) | Tribe/Territory |
Encourage Tribal members to implement healthy habits such as biking, walking, taking public transit, and carpooling. | Increase active transportation; Encourage carpooling | Transportation | Qualitative | N/A | None | N/A | Northwestern Band of the Shoshone Nation | Northwestern Band of the Shoshone Nation (pdf) | Tribe/Territory |
Install motion sensor lights in Tribal-owned offices and buildings. | Improve appliance energy efficiency | Commercial and residential buildings | Qualitative | N/A | None | N/A | Northwestern Band of the Shoshone Nation | Northwestern Band of the Shoshone Nation (pdf) | Tribe/Territory |
Install 2.8 MW AC of new solar photovoltaic systems on tribal lands and rooftops. |
Increase deployment of distributed renewables; Increase deployment of distributed renewables | Electricity; Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Shakopee Mdewakanton Sioux Community, MN | Shakopee Mdewakanton Sioux Community, MN (pdf) | Tribe/Territory |
Implement energy efficiency and electrification projects at tribal facilities including replacing air compressors, adjusting HVAC setpoints, capturing vehicle exhaust in bays, implementing insulation measures, recommissioning ground source heat pump systems, and more. | Install more efficient heating or cooling equipment; Improve municipal building efficiency | Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Shakopee Mdewakanton Sioux Community, MN | Shakopee Mdewakanton Sioux Community, MN (pdf) | Tribe/Territory |
Install two new thermal energy networks to provide efficient heating and cooling for tribal facilities. |
Use district geothermal, cogeneration, or waste heat recovery; Electrify existing buildings | Electricity; Commercial and residential buildings | Quantitative | EPA AVERT | None | N/A | Shakopee Mdewakanton Sioux Community, MN | Shakopee Mdewakanton Sioux Community, MN (pdf) | Tribe/Territory |
Restore 54 acres of forests on tribal lands. | Maintain or expand existing forests | Natural and working lands | Quantitative | EPA AVERT | None | N/A | Shakopee Mdewakanton Sioux Community, MN | Shakopee Mdewakanton Sioux Community, MN (pdf) | Tribe/Territory |