Sponsors (9)
The resolution highlights economic gains from prioritizing low-cost renewables and the need for grid investment to meet rising demand, but accelerating the transition without coordinated grid upgrades or support for fossil-dependent communities risks reliability problems and local economic harm.
Households and utilities are likely to see lower wholesale electricity prices and reduced exposure to fuel-price volatility if low-operating-cost resources (wind, solar) are prioritized, lowering bills and financial risk for consumers and utilities.
Recognizing rising power demand can spur investment in new generation and grid upgrades, improving reliability and capacity — especially benefiting utilities and rural communities as demand grows.
If policymakers accelerate renewable deployment without matching grid upgrades, some regions could face integration challenges or reliability risks (e.g., outages or increased balancing costs).
Framing fossil generation as high-cost could accelerate retirement of fossil plants, imposing short-term economic costs on communities dependent on those plants and causing job losses for energy workers.
Based on analysis of 2 sections of legislative text.
Records findings that electricity prices are driven by demand and generator operating costs, and that renewables have near‑zero operating costs while fossil fuels have higher fuel and maintenance costs.
Official title: Recognizing that facilities that produce renewable electricity are the cheapest power-generating facilities to operate and reliance on fossil fuel-generating facilities to meet growing power demand drives up wholesale electricity prices.
Introduced December 17, 2025 by Sheldon Whitehouse · Last progress December 17, 2025
States findings about how electricity prices are set and what drives them, noting that rising demand forces higher‑cost generators online and that wind, solar, and other renewables have near‑zero operating costs while fossil fuel generators face substantial fuel and maintenance costs. Emphasizes that U.S. power demand is growing more quickly than in the prior two decades and explains the typical dispatch order that minimizes wholesale costs.