Grants for Other - Energy

This program provides financial support to businesses, nonprofits, and public entities in Ohio for energy efficiency projects that reduce energy costs and emissions while creating or retaining jobs.

This funding opportunity provides financial support to electric grid operators and related entities in Missouri for projects that improve the resilience of the electric grid against extreme weather and natural disasters.

This program provides funding to Texas state agencies and local governments to purchase or lease new vehicles powered by alternative fuels and to install refueling infrastructure, aiming to reduce emissions and promote cleaner energy use in their fleets.

This program provides funding to individuals, businesses, and government entities in Texas for innovative projects that significantly reduce emissions from stationary sources, particularly in renewable energy and the oil and gas industry.

This grant provides funding to organizations and businesses for the installation of high-powered electric vehicle chargers along California's major highways, promoting sustainable transportation and reducing emissions.

This funding opportunity provides financial support to community organizations working to improve access to clean energy for low-income households, renters, and minority communities facing energy challenges.

This funding opportunity provides financial support to organizations in Massachusetts to develop training programs and improve equipment for residents pursuing careers in essential climate-related jobs.

This program provides funding for projects that electrify mobile sources to improve air quality and reduce emissions in Illinois.

This program provides financial assistance to Maryland-based businesses, non-profits, and farms to enhance their energy efficiency beyond existing standards.

This grant provides funding to public and private entities to develop a network of fast-charging electric vehicle stations along major highways in Minnesota, promoting accessible and reliable EV infrastructure.

This funding opportunity supports Tribal Nations and collaboratives in enhancing their involvement and capacity in offshore wind energy projects, including site assessments and environmental compliance, while integrating Traditional Ecological Knowledge.

This solicitation presents an opportunity to shift towards on-site clean, dispatchable generation technologies, addressing the evolving generation mix and ensuring an ample supply of resources to meet the demands of critical facilities during the net peak period while maintaining system reliability. These technologies are well-suited to ensure a reliable and resilient energy supply for critical infrastructure on-site, including communications, healthcare, government offices, and many more, to provide on-demand load and peak matching. As such, this solicitation will focus on advancing emerging clean, dispatchable generation technologies, such as fuel cells or linear generators, using 100 percent renewable fuels, especially for critical sectors like industrial and commercial that have operational needs during peak hours. The projects from this solicitation will be deployed in these critical sectors and will reduce their demand on the grid, thereby decreasing the reliance from fossil-gas power plants during times of high electricity demand. Expected outcomes include on-site pilot-scale deployment of cost-effective and highly efficient clean, dispatchable generation technologies that will support energy demand of critical facilities and reduce the strain from the state’s electric grid while significantly reducing greenhouse gas emissions and criteria pollutants by curbing fossil-based generation. Ultimately, these projects will contribute to supporting the state's decarbonization goals, enhancing the reliability and strengthening the resilience of the state’s electric grid by increasing the availability of on-site clean, dispatchable generation technologies.

This solicitation will target technologies that have the potential to demonstrate cost-effectiveness and scalable to multiple industrial facilities with potential to increase confidence for adoption.

Hydrogen can serve as a zero-carbon energy carrier and act as a potential replacement for fossil fuels in hard-to-electrify applications, particularly for the transportation, industrial, and electricity generation sectors. For the purposes of this solicitation, clean hydrogen is defined as hydrogen produced from water using eligible renewable energy resources, as defined in Public Utilities Code 399.12, or produced from these eligible renewable energy resources. To achieve sustainable wide-scale deployment, hydrogen must be produced cleanly at increased scale and reduced cost. This solicitation aims to reduce the cost burden of clean hydrogen production through large-scale, centralized production coupled with storage, delivery, and pre-determined offtakers to support a comprehensive hydrogen value chain. Expected outcomes include the development and deployment of low-carbon, cost-competitive hydrogen production from renewable energy sources and reduced greenhouse gas (GHG) emissions in hard-to-electrify sectors.   The 2022 California Air Resources Board (CARB) Scoping Plan estimates that by 2045, demand for low-carbon hydrogen increases nearly two-fold the current levels of fossil hydrogen – or a 1,700-fold increase in existing low-carbon hydrogen supply – especially to support emerging end uses such as heavy-duty vehicles, power generation, industrial process heat, and synthetic fuels for aviation. Hydrogen produced from water using renewable energy resources or produced directly from renewable energy resources can provide low-carbon energy and act as an alternative to fossil gas, helping meet California's GHG reduction goals of 40 percent below 1990 levels by 2030 and carbon neutrality by 2045.     

Grants will be awarded for specific eligible activities, such as speaking on a panel, participating in a working group, or participation in other decision-making processes. The PP Grant Account cap per organization of $15,000 will ensure a proportional distribution of funds over time and across various organizations. Submissions for grant awards will be accepted on a rolling basis throughout the grant period and payment for these discrete engagements will be prompt.

This solicitation aims to reduce building dependency on grid electricity, increase energy efficiency of HVAC equipment operating on DC power, decrease burdens – and enhance access – to solar and heat pump adoption, and create business and manufacturing opportunities for those who develop DC HVAC nanogrid modules. The potential technology solution could be a modular system that includes an appropriately-sized PV array and energy storage integrated with a DC HVAC system. Such systems could support cost-effective decarbonization, summer electric demand management, and increased market adoption of clean HVAC electrification while avoiding the complexities of interconnection and stand-alone PV and storage installation, particularly for those in under-resourced communities. These systems could provide the benefits of solar and storage to ratepayers who have limited roof space or cannot afford a larger building-level PV/storage system. The installation would ideally be similar to an HVAC replacement, in that it would not require an inverter, onsite electrician, interconnection agreement, conduits, wiring, electric panel upgrades, or other utility-side requirements. Power from the solar PV and energy storage would be used entirely onsite and would not be exported to the grid. Rather, these systems would gain efficiency benefits from direct DC connections among the solar PV, storage, and HVAC equipment. Projects under this initiative could also eliminate or reduce building HVAC load during peak hours in summer months, improving reliability on the grid. The unit would typically be powered by solar PV and energy storage, except when either solar or stored energy is unavailable; at those times, the HVAC would use an AC/DC converter to be powered by the grid. The HVAC could continue operation uninterrupted during a grid outage when there is adequate solar and storage power available to meet the HVAC system’s load. Funded projects must develop and demonstrate the following technologies in existing buildings: ·       DC-powered HVAC equipment that directly uses onsite solar generated electricity; ·       Energy and/or thermal storage integrated into the system to improve cost effectiveness; and ·                A transfer switch incorporated into the module to isolate generation equipment from the grid and simplify installation. Projects must fall within one of the following project groups: ·       Group 1: Residential DC HVAC Nanogrid; and ·       Group 2: Commercial DC HVAC Nanogrid.

The purpose of this solicitation is to fund applied research to increase California’s hydropower generation through precipitation enhancement (cloud seeding). Research funded by this solicitation will foster cost-effective, robust approaches to manage anticipated needs for zero-carbon, fast-ramping resources in the context of a rapidly evolving energy system and climate change.; The proposed research contributes to implementation of the Electric Program Investment Charge (EPIC) 2021-2025 Investment Plan and responds to the strategic objective: “Inform California's Transition to an Equitable, Zero-Carbon Energy System that is Climate-Resilient and Meets Environmental Goals” (Chapter 7). Specifically, this solicitation supports the topic 44 within the Climate Resilience Initiative: “Integrating Climate Resilience in Electricity System Planning.” Hydroelectric power is an important source of zero-carbon, dispatchable power in California. It is a critical element of the state’s electricity system and in-state generation, providing peaking reserve, spinning reserve, and load following capacity, as well as transmission line support (Somani, et al., 2021). The percentage of the state’s electricity supplied by hydropower varies, as hydropower resources are strongly dependent on magnitude and timing of snowmelt runoff and rainfall. Between 2012 and 2021, hydropower (including in-state generation and imports) provided an average of 9 percent of California’s total energy mix (California Energy Commission 2022). As the state continues to contend with drought and other climate-driven impacts on water and hydropower resource availability, as well as develop more sustainable water management practices (California Water Action Plan, 2014), the proposed research will support opportunities for increasing and sustaining hydropower generation. Specifically, the research will contribute to more effective precipitation enhancement (cloud seeding) strategies.

The Public Works Board (Board) Broadband program is authorized by state statute (RCW 43.155.160). Its purpose is to loan and grant funding to promote the expansion of broadband access to unserved populations in rural and urban communities across the state. $2 million per project loan/grant award limit with a 50% match. Projects in financially distressed areas and Indian country may receive up to 90% of the total project cost for a total not to exceed $5 million.

Our Water Quality Combined Funding Program is an integrated funding program for projects that improve and protect water quality throughout the state. The program combines grants and loans from state and federal funding sources. We also provide technical assistance to program applicants to help them navigate this process. We have one combined funding cycle, one application, one competitive rating process, and one list of funding offers. Applicants submit just one application for all of the funding sources under the Water Quality Combined Funding Program. Amount of funding available: Varies based on the state budget — ranges from $100 million to $200 million annually. Grant award limit: Varies depending on funding source and project type. See the current funding year guidelines below for more information. Amount of matching funds required: Depends on the funding source you receive, can be up to 25 percent match required.