A new study evaluates advanced state observers for real-time monitoring of voltage and frequency stability in solar and wind-integrated power grids.

Global power grid expansion, driven by digital and clean energy revolutions, is accelerating copper demand beyond industry expectations.

A new Wood Mackenzie study highlights "dunkelflaute" – prolonged periods of low wind and solar – as a growing threat to Europe's energy security and market stability.

Researchers developed CDB-TAS, a novel three-stage adaptive cyberattack framework targeting hybrid hydrogen-electric power networks.

A new two-layer energy management method significantly enhances the economic and operational performance of energy hubs in smart grids.

University of Oxford experts highlight community energy systems as crucial for achieving universal energy access, particularly in remote and underserved regions.

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Next-generation geothermal energy, leveraging drilling advancements from the fracking revolution, is poised to unlock ubiquitous clean power from hot dry rock resources globally.

California's power grid has operated on 100% clean energy for a portion of the day on over 90% of days in 2025, averaging seven hours daily.