Explore the solid state vs lithium ion debate in this detailed battery technology comparison, highlighting differences in energy density, longevity, safety, and future energy storage potential.

In this issue: AI in smart grids and hydropower, Trump's impact on US energy, Brazil's excess power challenges and more.

As global power demand accelerates, IEW brings policymakers, industry leaders, and innovators together to address energy ...

Commercializing new energy sources and environmentally cleaner technologies presents immense challenges. Large corporations, venture-backed startups, and the federal government will each play a vital ...

Lithium-ion dominates today’s storage market, but faces limits in cost, safety, and long-duration performance. Emerging contenders—flow batteries, gravity systems, thermal storage, and sodium-ion—aim ...

I’m lucky to learn firsthand about some of the world’s most cutting-edge technologies. I’ve seen artificial intelligence ace an AP biology test, long before AI became an everyday tool. I’ve seen ...

Helium–Neon Mixed Refrigerant System to Support Advanced Cryogenic Research at Kwinana Energy Transformation Hub This ...

Fusion scientists and AI leaders warn that a growing STEM skills gap could undermine the future energy and technology workforce, calling for urgent education and training reforms.

If artificial intelligence is the zeitgeist of the 21st century, it’s powered by something more prosaic: electricity. The energy required to train a frontier model is equivalent to the annual power ...

State and federal lawmakers, nuclear energy experts and industry professionals from around the globe met last week at the Global Nuclear Energy Economic Summit at Purdue University to discuss the ...