Under the Nvidia-backed ThinkLabs AI model, AI for the grid is like Google Maps. It constantly monitors traffic and provides ...

As utilities take ownership of battery storage, success hinges on integration strategy—not just hardware—across OT, security, ...

On April 28, 2025, a sudden and massive blackout plunged Spain and Portugal into darkness, disrupting daily life across the Iberian Peninsula. Within a mere five seconds, the region lost approximately ...

The transition to renewable energy has introduced a critical challenge: maintaining grid stability in the absence of traditional inertia provided by fossil fuel-based power plants. Without the ...

While utility-scale storage capacity for renewables such as wind, solar and batteries is increasing steadily, utilities are historically apprehensive when it comes to implementing these technologies, ...

India's renewable energy sector sees robust growth, facing technical transmission hurdles. At the Responsible Renewable ...

The Shift Toward Energy Independence Energy independence is no longer a niche concept—it is becoming a mainstream goal for households worldwide. Traditionally, homes have relied entirely on ...

Life cycle assessments reveal that battery production is the most environmentally intensive phase, with carbon footprints ranging from 60 to 120 kg of CO2-equivalent per kWh of capacity. By contrast, ...

Grid operators are racing to keep up with a surge of renewable power and a wave of electricity-guzzling data centers, and the old toolkit of short-duration lithium packs and gas peaker plants is no ...

ORNL advances in flow-battery research showcase how modifications in glyme-based electrolytes (yellow, red and green) can boost efficient energy storage. Researchers at the Department of Energy’s Oak ...