Sponsors (11)
The resolution spotlights cost and resilience benefits from shifting to renewables and storage—potentially lowering long‑run electricity costs and prompting needed investments—while creating near‑term reliability, funding, and local job-transition risks if replacements and assistance are not properly managed.
Households, businesses, and ratepayers will likely see lower future electricity prices because new solar, wind, and battery storage are cost-competitive and replacing uneconomic large fossil plants can reduce system costs.
Utilities and communities (urban and rural) will gain greater grid resilience and reduced reliance on aging fossil plants as renewables and storage expand, helping lower the risk of outages and improve long-term system reliability.
Federal and state policymakers are more likely to be prompted to invest in capacity and grid upgrades to address looming 10-year capacity shortfalls, which can prevent blackouts and encourage proactive planning.
Homeowners, utilities, and some communities face short-term reliability risks and possible emergency costs if policymakers accelerate fossil plant retirements without ensuring adequate replacement capacity.
Taxpayers and ratepayers could face higher near-term bills or public funding needs because building sufficient renewable capacity and upgrading the grid requires substantial up-front investment.
Utilities, taxpayers, and consumers may see higher costs or unreliable short-term supply if long turbine lead times and high gas construction costs make traditional gas capacity a costly or slow-to-deploy fallback.
Based on analysis of 2 sections of legislative text.
Records findings that demand is rising, renewables and storage dominate new capacity, and interconnection, retirements, and gas costs create near-term capacity and cost risks.
States congressional findings that U.S. electric demand is rising faster than in the prior two decades and that nearly every region faces potential capacity shortfalls over the next ten years. It highlights that solar, wind, and battery storage are now the dominant and cost-effective sources of new capacity, that renewables outpaced coal generation in 2024, and that interconnection backlogs and rising costs for new gas plants create near-term reliability and cost risks. Notes that new natural gas construction costs and long turbine lead times are increasing, and that planned retirements of large fossil plants in 2026–2028 could raise ratepayer costs by more than $3 billion per year, implying a need for faster interconnection, grid planning, and investment to avoid capacity and cost shocks.
Introduced December 17, 2025 by Sheldon Whitehouse · Last progress December 17, 2025