It’s always difficult to make predictions, as Yogi Berra said, especially about the future. However, looking back across the history of humanity, it is safe to say that the world will need more energy in the years and decades ahead, as it has steadily used more energy year after year in the past.
Across state capitals and in Washington, policymakers are scrambling to address voters’ alarm over electricity bills. The Trump administration is unwinding major climate regulations, Democrats are focusing more on affordability concerns than climate change, and governors are quietly paring back clean energy subsidies and emissions mandates they championed only a few years ago. Climate policies are starting to bite, and the political strategy that helped enact them, downplaying costs and obscuring tradeoffs, is becoming harder to sustain as ratepayers see the impact on their bills.
Defense-driven innovation has repeatedly reshaped the American economy. Advanced nuclear and other mission-critical technologies could become the next major breakthrough.
Reforming the Nuclear Regulatory Commission’s [NRC] outdated radiation protection framework is essential to unlocking nuclear energy’s potential. Reconsidering the linear no-threshold (LNT) radiation standard could help streamline construction and lower costs, strengthening the President's nuclear agenda without compromising safety.
Heading into the August recess, policymakers continue to hash out the details of a comprehensive permitting bill in hopes of sending it to President Trump’s desk this Congress. There is bipartisan recognition that permitting reform is essential to improving energy affordability and reliability, and to meeting our environmental ambitions. As the discussions on Capitol Hill evolve, one law starting to receive more attention for reform is the National Historic Preservation Act (NHPA).
Americans are exhausted by the cost of living—and energy sits at the heart of it. Recently published research by Kevin Dayaratna and Kat Miller at Advancing American Freedom (AAF) analyzing worldwide data finds that robust energy production is directly tied to higher incomes, greater productivity, longer life expectancy, and lower child mortality. The reality is stark: no country has ever achieved high living standards without substantial energy use.
America’s electric grid is facing a structural breaking point. Trillions of dollars of artificial intelligence infrastructure, data centers, and industrial reshoring demand power today, but traditional high-voltage transmission upgrades take five to seven years to deliver firm capacity. Under the status quo, large energy consumers are forced to wait in line, threatening stymied global leadership and lost economic growth.
Waste incineration plants in Europe will have to pay for their carbon dioxide emissions under European Union plans to add the industry to the bloc’s emissions trading system, EU officials said on Wednesday. The plans, which aim to incentivise reuse of material, limit waste, and push operators to invest in emission-capturing technology, have met strong...
In 2011, after the Fukushima disaster, Germany made the fateful decision to switch off its nuclear plants. Now, two have been promised a second life as fusion-energy projects in a high-risk technology bet aimed at revitalizing Europe’s industrial core. The plan rides on two ventures that are pursuing the same dream—creating a star on Earth to create abundant...
The American steel industry is reaping the benefits of the AI data-center construction boom. But now, steelmakers are warning of a high-stakes competition with their data-center customers for a commodity they both require: electricity. Data centers’ insatiable demand for electricity is driving up power costs for steel companies by tens of millions of dollars a year and...
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