No images? Click here EnergyPlatform.News(letter)September 1, 2025 In this week’s edition of energy and environmental policy news across the states: Arizona copper mining legal battle, Microgrids powered North Carolina after storm, Retired coal plants go nuclear, Colorado pushes recycling accountability with EPR program, At a glance Texas Plus: Trench: The U.S. can be an AI leader with good energy policies One of the world’s largest untapped copper deposits likely sits 7,000 feet below a rocky Arizona landscape. Mining companies and an American Indian tribe have fought over control of the mine for two decades in court, and in August a federal appeals court temporarily blocked a land transfer that would have opened up the reserves for mining. North Carolina recently announced a $5 million grant to place solar and battery microgrids around the state, in large part so they can generate power after natural disasters. The decision follows the high-profile success of small solar-powered grids after Hurricane Helene brought heavy flooding and mudslides to much of Western North Carolina, leaving many without power for weeks. A small Colorado city facing closure of its coal-fired energy plants and coal mines is considering transitioning to nuclear power, according to a recent CBS report. The City of Pueblo is eyeing a similar transformation when Xcel Energy decommissions its Comanche coal-fired power plant by 2031. Colorado is advancing a significant shift in who will pay a $310 million statewide recycling system through its Extended Producer Responsibility (EPR) law, House Bill 22-1355. Passed in 2022 and entering key implementation stages by the middle of this year, the law requires producers of packaging materials to fund and support recycling programs across the state. Demand for the AI and cloud infrastructure Vantage provides is accelerating. Over the past decade, I have seen the scale and speed of hyperscale data center development grow dramatically. Five years ago, a 30-megawatt facility was considered large. Today, 100 megawatts is the starting point, with campus developments commonly reaching 500 megawatts+ — and we have multiple customers seeking one gigawatt or more for AI infrastructure, the equivalent of all electrical power used in Washington, D.C. We’re adding news and commentary from
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