Sponsors (2)
The bill makes it easier and faster to add transmission capacity by colocating lines in existing transportation corridors—boosting reliability and renewable integration and lowering some costs—while creating risks of local visual, health/safety, operational, permitting, and funding impacts and reducing full public visibility on some siting details.
Homeowners, businesses, and utilities can expand high‑voltage transmission faster by colocating lines in existing highway and rail rights‑of‑way, speeding deployment of needed capacity.
Electricity consumers (households and businesses) are likely to see reduced congestion on the grid, meaning more reliable service and the potential for lower electricity costs over time.
Renewable energy developers and electricity consumers benefit because new transmission capacity makes it easier to move generation from remote renewable sites into load centers, facilitating integration of more clean energy.
Taxpayers, ratepayers, and homeowners could face higher costs if upgrades, easements, or required public investments are funded through public money or passed through in utility rates.
Nearby residents and communities may experience increased visual impacts and localized environmental harms when transmission is routed through populated corridors.
Construction near homes and communities could raise electromagnetic interference concerns, localized safety risks, or other health/safety effects for nearby residents.
Based on analysis of 3 sections of legislative text.
Requires DOE to study feasibility, costs, impacts, and best practices for placing high-voltage transmission in highway and rail rights-of-way and deliver a public, machine-readable report within three years.
Introduced February 5, 2026 by Kevin Mullin · Last progress February 5, 2026
Directs the Department of Energy to study the benefits, costs, technical feasibility, and other impacts of placing high-voltage electric transmission lines in existing highway and rail rights-of-way. The study must consult federal partners, review existing projects and configurations (overhead, underground, HVAC, HVDC, multi-terminal), assess effects on grid reliability, environment, and railroad operations, identify funding and permitting considerations, publish findings publicly as completed, and deliver a final machine-readable report to Congress within three years.