Senator Martin Heinrich, Ranking Member of the Senate Energy and Natural Resources Committee, outlined on March 25 several actions he believes are necessary to lower energy costs for consumers and strengthen the U.S. power grid. Speaking during a committee hearing examining the state of the power grid, Heinrich said that recent policy decisions have worsened an ongoing energy affordability crisis.
Heinrich said that rising electricity demand—driven by data centers, advanced manufacturing, and electrification—is putting significant pressure on the nation’s grid. He noted that this demand is outpacing new generation capacity, resulting in higher electricity bills for working families. "The demand for electricity is significantly outpacing the rate at which new, low-cost generation can connect to the grid. This imbalance has led to electricity bills rising by as much as 13% since President Trump took office," Heinrich said.
Heinrich attributed some of these challenges to recent administrative actions such as canceling clean energy projects and stalling new capacity from coming online. He also cited geopolitical events affecting oil and gas prices as contributing factors.
During his remarks, Heinrich proposed four key solutions: optimizing existing grid infrastructure through technologies that can unlock additional capacity; building more high-voltage transmission lines; accelerating integration of low-cost generation; and ensuring large-scale users like data centers cover their own upgrade costs rather than passing them onto other customers. "Fortunately, there is a way to help bring down electricity costs while strengthening the grid’s reliability and resilience," he said.
Heinrich described the electric grid as a national asset comparable to highways or broadband networks: "It is the delivery network for the economy’s most universal commodity: electricity. And now is the time to invest in a Grid for Growth." The hearing included testimony from industry leaders discussing transmission policies and strategies for improving reliability.
