In order to develop a clean energy system, the U.S. Department of Energy (DOE) has invested in the Research & Development (R&D) of hydrogen and hydrogen-fuel-cell technologies. The DOE also aims to use these investments to improve the speed of developing new technologies. It seeks to enhance energy security and create economic growth through strategic partnerships between the government, academia, and industry.
Hydrogen program overview and key details
The U.S. Department of Energy (DOE)’s Hydrogen Program encompasses multiple facets of hydrogen technology, i.e., hydrogen production, hydrogen storage, hydrogen distribution, and fuel cells. Each of these programs is being overseen and coordinated by the Hydrogen and Fuel Cell Technologies Office, which will be responsible for overseeing and coordinating all aspects of the program, e.g., funding, technical evaluation, and analysis.
The DOE’s provision of funding for projects involving hydrogen at the National Laboratories, Universities, and Private Companies will facilitate collaboration among researchers from each sector to accelerate scientific progress toward the development of hydrogen technology.
The 2026 Hydrogen Program Annual Merit Review and Peer Evaluation Meeting, also known as the Annual Merit Review or AMR, had originally been scheduled to occur in April 2026.
However, the DOE has announced that the meeting has been delayed and is now expected to take place during the Spring of 2027. According to the official event portal, the decision to postpone the meeting was due to logistics and to provide sufficient time for program planning; further details regarding timing and agenda for the meeting will likely become available in the future.
Importance of the annual merit review
The AMR is an essential opportunity for the hydrogen research community for its scientists funded by the DOE to gather with their peers and assess the status of the research that is being undertaken as part of the program. At the meeting, presentations addressing recent developments in hydrogen production, distribution, storage, and fuel cell technologies will be given. In addition, an expert reviewer panel will provide feedback and recommendations to the scientists and to the DOE officials to help guide the future direction of the research projects and the investment strategy of DOE.
Participation in the Annual Merit Review (AMR) is very important to the research community. It serves as a forum for teams to receive immediate feedback, to exchange technical knowledge, and to create collaborative relationships. Insights garnered from past AMRs, such as the one held in 2024, are compiled from reviews by the expert reviewers and include recommendations for ways to improve project outcomes. In addition, the AMRs permit the DOE to determine if the research priorities of the program align with national clean energy objectives.
Although the AMR has been postponed, the research continues. Collaborative networks, consortia, and industry partnerships have continued to enhance the technological capabilities of those researching electrolyzers, storage materials, and fuel cell applications. The hydrogen research community is continuing to communicate and collaborate on their plans for the upcoming meeting.
DOE goals and future program outlook
The DOE’s goals for the Hydrogen Program have not changed, even though the meeting has been postponed. The DOE is continuing to support projects, announcing funding opportunities, and working with stakeholders to identify and address obstacles to the implementation of hydrogen-based solutions. For instance, the DOE’s Hydrogen Shot program complements the merit review process and illustrates the DOE’s commitment to producing tangible results such as reductions in greenhouse gas emissions and increases in economic competitiveness.
With the postponement of the AMR in 2027, stakeholders have an opportunity to reflect on past accomplishments. They can also begin making plans for the meeting that will address emerging scientific and market needs. As hydrogen becomes increasingly important in the effort to decarbonize the “hard-to-electrify” sectors of the economy, it will be essential for the hydrogen research community to continue to engage and evaluate the translation of research breakthroughs into real-world impacts.
