From wildfire mitigation to renewable balancing, today’s grid is only as smart and resilient as the digital infrastructure ...

Researchers are exploring solutions for how best to integrate renewable energy sources into the existing grid, and using the lessons from those investigations to inform the design of a modern power ...

Outdated substation design methods can’t keep up with modern grid demands. Learn how AI and automation are transforming ...

Microgrids have proven their role in enhancing the reliability, resilience, and sustainability of the modern power system.

A British firm has launched battery storage systems that can power industries. Based on repurposed EV battery packs, the ...

As Chinese modernization necessitates the accelerated comprehensive vitalization of rural areas, the country's "No 1 Central ...

Key takeaways from the IEEE Summit 2025 and the need for future inclusion of cybersecurity considerations in engineering ...

Unchecked demand growth risks triggering system-wide inefficiencies: In an "Abundance Without Boundaries" scenario, AI power demand could reach 500 TWh by 2030, which would overwhelm grid capacity ...

Developing a modern power grid will require comprehensive investment in the entire power infrastructure, including the unsexy parts that don’t generate headlines – until they stop working.