America’s aging electric grid is struggling to meet modern demands—especially amid the AI boom. Overhauling it will be no ...

This edition of PowerBites explores a cavalcade of power innovations from the recent APEC event, looks at how California is ...

A team of researchers at the Department of Energy's Oak Ridge National Laboratory has developed more robust circuit breakers that are compatible with direct current (DC), paving the way for lower ...

Grid modernization does not happen at the utility level alone. It happens at the project level, in the decisions made before ...

The current power infrastructure is in need of an update for better efficiency, reliability, and safety. Standards organizations and engineers have risen to the challenge, promising to solve many ...

What are the differences between EV charging architectures? Pros and cons of the latest smart EV charging systems. Hardware demands of bidirectional EV charging. VIGIL: Connecting EVs to the electric ...

Most outages occur in the distribution system, often caused by weather, wildlife, or tree limbs, and are typically temporary. Automated devices like intelligent reclosers and underground restoration ...

AI infrastructure is scaling fast, and its need for energy has moved firmly into the spotlight. News cycles are increasingly dominated by debates about AI’s impact on power systems, consumer energy ...

As AI reshapes digital infrastructure, electricity is becoming the decisive foundation beneath the next generation of computing.

The electric grid in the U.S. and select other countries will need to be significantly upgraded and expanded to support surging AI-related power demand. GE Vernova and Quanta Services are well ...