Abstract: A wide variety of control schemes for Grid-Forming Inverters (GFMIs) have been developed to enable inverter-based resources (IBRs) to comply with evolving grid-code requirements and deliver ...

Explore how small modular nuclear reactors can support a cleaner, more stable electric grid by modeling their impact on voltage during electric vehicle charging. Project is Not Currently Available ...

On the Monday, March 23, 2026, episode of The Excerpt podcast: Aging infrastructure, rising demand and extreme weather are testing the U.S. power grid in new ways. How can we ensure its reliability?

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 ...

Early last year, a cluster of data centers in Virginia suddenly dropped off the power grid, threatening the stability of the already vulnerable system. The roughly 40 data centers, which had been ...

The electric grid is facing rising demand, aging infrastructure, and a rapidly changing technology landscape, which means the decisions utilities make today will shape power systems for decades. In ...

For most of our lives, power systems have been relatively predictable. We planned and operated grids dominated by large synchronous machines. Physical inertia was inherent, behaviors were well ...

This is read by an automated voice. Please report any issues or inconsistencies here. ThinkLabs AI, a company specializing in AI-driven grid solutions, today announced results in collaboration with ...

Traditional long-term forecasting models are no longer sufficient as electrification, DER growth, EV adoption, extreme weather events and new large loads introduce unprecedented complexity. The future ...