The ITV program is funded by DOE’s Office of Energy Efficiency and Renewable Energy (EERE). EERE works to strengthen America’s industrial sector and advance global competitiveness of U.S. industry by funding research, development, and early-stage demonstration (RD&D) of efficient, secure, and cost-effective industrial technologies. EERE funds both sector-specific technology solutions—with a focus on helping the most energy-intensive industries overcome barriers and benefit from the latest in technology innovation and strategic analysis—and cross-cutting technologies across the industrial sector. EERE also provides tailored technical assistance programs to leverage energy efficiency measures and help manufacturers save money and streamline operations.

The Office of Technology Commercialization (OTC) is issuing this lab call to solicit proposals for the Energy I-Corps (EIC) program. The goal of EIC is to train researchers at DOE National Laboratories, and DOE plants, and sites to identify market pathways for their technology. This call solicits proposals from DOE National Laboratory, plant, and site technology transfer offices to participate in EIC, for researchers to develop skills in commercialization, and to investigate the market potential for DOE-funded technologies at a critical juncture on the path toward commercialization.

The New York State Energy Research and Development Authority (NYSERDA) announced $3.7 million is now available to support hydrogen fuel cell-based design for power generation and industrial process in two phases. The funding will advance innovative hydrogen fuel cell-based solutions for dispatchable zero-emission peaking power plants or to support industrial manufacturing processes in New York State.

The Climatetech Testing and Demonstration Assets (TDA) Program provides capital grants between $1.5M and $5M to Entrepreneur Support Organizations (ESOs) in Massachusetts to develop shared infrastructure, equipment, and other capital assets that advance climatetech R&D, innovation, manufacturing, commercialization, and deployment in the state.

The program focuses on bridging gaps in the state’s climatetech ecosystem—from testing and demonstration capacity to market access—to improve the rate of commercialization, ensure long-term economic growth, and strengthen Massachusetts’ position as a leader in climatetech innovation. TDA is MassCEC’s first program launched under the Mass Leads Act (2024) and supports the goals outlined in the Massachusetts Climatetech Economic Development Strategy and Implementation Plan (2025).

The FY 2024 Phase I CCI competition is open to projects in all fields supported by the Division of Chemistry, and must have scientific focus and the potential for transformative impact in chemistry. The NSF Division of Chemistry particularly encourages fundamental chemistry projects aligned with articulated budget priorities, including Advanced Manufacturing, Artificial Intelligence, Semiconductor Research, Biotechnology, Climate Research and Sustainability, Clean Energy, and Quantum Information Science.

Provide hands on assistance to SBAs E2G eligible small manufacturing firms in key manufacturing industries including timber energy aluminum steel digital encompassing technology manufacturing and digital services and automotive.

Mark1 is a Developer-as-a-Service for capital intensive, first of a kind industrial climate technologies. We work with technology companies to maximize the opportunity for deploying their first commercial-scale projects. Mark1 helps climate tech innovators develop a faster and less expensive path to bankability. With an experienced in-house team, we co-pilot the process alongside project-specific needs of each participating company, to achieve the project’s development milestones. We support technical and commercial project development and capital strategies.

We provide capital, expertise, and connections to nurture startups specializing in advanced energy systems, industry efficiency technologies, and sustainable solutions. Our particular emphasis is on closed-loop lithium systems, next-gen battery development and supply chain innovations, leveraging Nevada’s unique position in the global energy market. The accelerator aims to develop these innovative startups into thriving enterprises that deliver both economic growth and positive environmental impact.

Cleantech Open is the world’s largest cleantech accelerator, providing entrepreneurs and corporate innovators the resources they need to launch and grow successful cleantech businesses. Our one-of-a-kind innovation ecosystem built over the last 19 years of programming spans key cleantech innovation hubs in the U.S., linking labs and universities, service providers, investors, corporations, governments, and other cleantech incubators and accelerators. Through our annual accelerator, we provide between 100-150 companies in the U.S. with a rich program of customer discovery, extensive mentoring, training, investor meetings, startup-corporate matching, and showcasing at both the regional and national levels. Since 2005, more than 70% of our reporting U.S. alumni companies are still operating and have collectively raised over $2B in external funding. Join this exciting community and be a part of our global network of innovation.

The objective of this NOFO is to facilitate innovative energy storage technology material, subcomponent, component, or system pre-production design to improve the manufacturability of one or more energy storage technologies. The R&D projects supported by this NOFO will improve the manufacturability of an energy storage technology and advance the TRL and MRL of the technology in the United States. Results may benefit a consortium of developers if the design challenges are widely shared within an industry. Manufacturability improvements can reduce technology production costs for the energy storage technology in question. Identifying and implementing design innovations will align pre-production storage system design to set the stage for manufacturing scale-up.