The global transition to renewable energy faces a critical challenge: maintaining stable power grids as we integrate intermittent solar/wind generation and growing numbers of electric vehicles. This ...

Interest in microgrids has grown in parallel with our fixation about distributed energy resources. Their purpose is to distribute electricity within a localized network, drawing upon onsite generation ...

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Toshiba has developed a grid-forming (GFM) inverter for applications in microgrids. The Japanese industrial group said the new inverter can maintain the grid frequency of distribution systems by ...

Duke Energy's Hot Springs microgrid consists of a 2 MW (AC) solar facility and a 4.4 MW lithium-based battery storage facility. During its testing phase, Duke Energy’s microgrid was able to pick up ...

Keeping up with the rising energy demands of artificial intelligence has pushed some universities to investigate outside-the-box power solutions. Artificial intelligence, particularly generative AI, ...

Lunar microgrids, or remote microgrids detached from any utility grid, are fully capable of powering and monitoring many different infrastructures, even in space. NASA recently revealed plans to ...

About 150 miles from Anchorage, Alaska, the town of Cordova is powered by a remote microgrid owned and operated by Cordova Electric Cooperative (CEC). As a remote, isolated community, Cordova’s ...

A remote area in Australia recently recorded an important power generation achievement, as the region received all its electricity from solar power and battery energy storage. The town of Onslow, ...