Summary Washington, D.C. — A transmission ITC would reduce the costs for customers of large-scale regional and interregional transmission projects, similar to existing wind and solar tax credits which have driven […]
Summary Washington, D.C. — During this century, we don’t know what the electricity resource mix will look like, but we do know the country will need more power than ever. We […]
Summary Washington, D.C. — The 2023 update to the Projects Ready-To-Go Report, originally released in 2021, highlights 36 high-capacity transmission projects that are “shovel ready.” If completed, these projects would deliver […]
Summary Customers — households and businesses — pay for the development of transmission lines. The process of deciding who pays and how much they pay for a project is known […]
A new report from Grid Strategies and Americans for a Clean Energy Grid identifies 36 high-capacity transmission projects that could be ready to break ground in the near term and, if completed, would connect 187 gigawatts of renewable resources to the grid, create 3.3 million jobs, improve electric reliability, and lower electricity costs for consumers.
Americans for a Clean Energy Grid evaluated and ranked 10 U.S. regions on the strength of their transmission planning and development efforts.
Meet ACEG’s leadership and learn about our work advocating for the expansion and modernization of North America’s high-capacity transmission grid.
Nearly every element of modern life depends on reliable electricity. Expanding and modernizing the U.S. grid is vital to improve reliability, lower costs, safeguard national security, and achieve clean energy goals.
A complex network of high-capacity transmission lines transport energy from where it is produced into our homes, businesses, schools, and hospitals. Multiple federal, state, and local authorities have the power to regulate transmission. ACEG explores how transmission is planned, how it is permitted, and who pays for it.
Transmission is critical to electric reliability, particularly as extreme weather becomes more frequents and demands on the grid due to electrification increase. High-capacity transmission allows regions to share energy in moments of need, which helps keep the lights on and reduce costs for household energy customers.