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China's installed solar photovoltaic capacity crossed the one terawatt threshold, making it the first country to reach this scale of solar deployment and representing approximately half of global installed solar capacity.
Georgia Tech researchers have demonstrated a 72-kilovolt circuit breaker using supercritical carbon dioxide instead of sulfur hexafluoride, addressing one of the most potent greenhouse gases used in electrical grid infrastructure.
Google announced backing for three new nuclear energy projects as part of its strategy to power data centers with carbon-free electricity, expanding the technology sector's growing investment in nuclear power generation.
The Oregon House of Representatives passed HB 3546 with a 41-16 vote, granting the state's Public Utility Commission authority to shift data center infrastructure costs away from residential ratepayers.
National Grid ESO came under scrutiny from energy industry stakeholders who argued that the UK grid operator was not fully utilizing available battery storage capacity, potentially limiting the effectiveness of grid balancing services.
Siemens Energy introduced GridMind, an AI-powered smart grid controller designed to optimize renewable energy integration, using machine learning to predict and manage energy fluctuations.
A major breakthrough in grid-scale battery storage technology demonstrates significant improvements in energy density, cycle life, and cost reduction, addressing critical infrastructure challenges for renewable energy integration.
EXECUTIVE BRIEF The US Department of Energy (DOE) has activated the nation's first grid-scale iron-air battery network in California's Mojave Desert, marking a significant advancement in renewable energy storage technology. The 300-megawatt/30-gigawatt-hour system, developed through a public-private partnership with Form Energy, can provide 100 hou…
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