As AI workloads scale, data centers are facing new operational challenges that can cause construction and interconnection delays. Two key impediments have arisen: 1) extreme load variability of GPUs, ...

An effort by several utility companies — including some of the largest in the state — seeking to limit competition on large-scale energy infrastructure projects has been met with pushback from a dozen ...

Image art by Jeremiah Karpowicz via Canva. As part of this initiative, EPRI is inviting global utilities and AI innovators to participate and learn through shared, proof-of-concept demonstrations. By ...

Power Grid Challenges in India's Renewable Energy Push A high-level meeting between Union ministers will address challenges faced by renewable energy producers in India, focusing on grid curtailment ...

In 2026, the Midcontinent Independent System Operator, or MISO, will begin a South Load Pocket Risk Assessment focused on Louisiana. While the study may sound technical, it is relevant to the 10,000 ...

Renewable energy-based distributed energy resources (DERs) such as solar panels and electric vehicles can help reduce greenhouse gas emissions, but their integration in distribution grids introduces ...

G&W Electric (www.gwelectric.com), a global leader in innovative power grid solutions, today announced the acquisition of Safegrid (www.safegrid.io), a leading provider of intelligent grid monitoring ...

Today's grid challenges can't be solved with yesterday's technology. Yet the dominant conductor technology is over a century old, while first-generation advanced conductors haven't been widely adopted ...

In earlier articles, I argued that the future of the electric grid should be designed around abundance and cooperation rather than scarcity. The first piece made the case for nonzero thinking, a ...

Texas is in the middle of the largest grid expansion in its history. Billions are already committed to new 765-kV transmission corridors that will reshape how electricity moves across the state. It ...

The predicted carbon intensity of the electricity needed to support AI is 48% higher than the U.S. average. By 2030, AI’s burden on the grid could increase power outage risks by 100 times. ThinkLabs ...