Sponsors (11)
The bill highlights that expanding cheap renewables and storage can lower long-term power costs and improve grid resilience, but without careful timing, funding, and community transition plans it could create near-term reliability risks, higher costs, and local economic dislocation.
Households, businesses, and ratepayers will likely see lower long-term electricity prices as falling costs for solar, wind, and battery storage enable uneconomic fossil generation to be replaced with cheaper clean resources.
Utilities and communities will gain greater grid resilience and a lower near-term risk of blackouts because the bill's findings can prompt investment in renewables, storage, and other capacity upgrades over the next decade.
Homeowners, utilities, and communities could face short-term reliability risks (outages or emergency costs) if policymakers accelerate fossil plant retirements without adequate replacement capacity or transition timing.
Taxpayers and ratepayers may bear higher near-term costs to build sufficient renewable capacity and upgrade the grid (or to rely on expensive stopgap generation), which could raise electricity rates or require public funding.
Workers and local economies tied to fossil plants could lose jobs and income if plant retirements advance without targeted transition assistance for affected communities.
Based on analysis of 2 sections of legislative text.
Makes congressional findings that U.S. electricity demand is rising, renewables and storage dominate new capacity, and many regions face near-term capacity shortfalls and cost risks.
Official title: Recognizing the ability of solar, storage, and wind to quickly and cheaply meet United States power demand growth.
Introduced December 17, 2025 by Sheldon Whitehouse · Last progress December 17, 2025
Expresses congressional findings about recent and near-term U.S. electricity supply trends: demand growth in 2025 is higher than in the prior two decades; many regions face potential capacity shortfalls over the next 10 years; and large fossil-fired plants planned to retire in 2026–2028 could raise annual ratepayer costs by billions. The resolution also notes that solar, wind, and battery storage have become the dominant, cost-effective sources of new capacity (constituting the vast majority of 2024–2025 additions and interconnection queues) while new natural gas construction faces rising costs and long lead times.