Sponsors (2)
This bill accelerates U.S. hydropower and marine energy development—by funding R&D, workforce training, domestic manufacturing, and improved grid planning—but does so at higher federal cost and with risks of faster approvals creating environmental and local/Tribal concerns, potential near‑term cost impacts, and some shift toward defense‑oriented projects.
Researchers, industry partners, and U.S. manufacturers gain clearer authority and sustained funding (authorized $300M/year FY2026–2030) to accelerate R&D, demonstrations, and commercialization of lower‑cost, higher‑efficiency hydropower and marine energy technologies.
Students and workers will get expanded workforce development, training, and student research programs to build a skilled hydropower and marine energy workforce.
State, local, and tribal governments and project applicants will benefit from improved coordination and centralized data compilation designed to streamline hydropower licensing and provide better environmental and economic impact assessments.
Taxpayers face increased federal spending commitments (authorized $300M/year) that could add to budgetary pressure or require offsets elsewhere in the budget.
Streamlining licensing and stronger coordination could accelerate project approvals in ways that raise environmental and cultural-protection concerns for local, rural, and Tribal communities.
Emphasis on U.S. manufacturing and domestic supply chains may increase near-term costs for developers and disadvantage some foreign suppliers, potentially raising project costs.
Based on analysis of 2 sections of legislative text.
Revises federal water power R&D law to expand research goals, require licensing-process and environmental data studies, add state/Tribal/local coordination, and promote U.S. manufacturing of marine energy components.
Introduced January 15, 2026 by Lisa Murkowski · Last progress January 15, 2026
Amends the federal water power research and development statutes to expand program purposes, update definitions and research priorities, and add new requirements for studies, coordination, and manufacturing support. The changes broaden environmental and licensing-process research, require aggregation of environmental data and best practices, call for better inclusion of hydropower and pumped storage in grid modeling, and direct efforts to advance U.S.-based manufacturing of composite and additive-manufactured marine energy components in partnership with regional colleges and industry.