FranklinWH is doubling down on U.S. manufacturing and installer support. At Intersolar, it outlined plans to scale output and expand grid services.

What role, if any, should coal continue to play in balancing affordability, reliability, and economic stability in eastern Kentucky?

Freezing temperatures expose battery weaknesses fast. A new polymer-based design aims to keep fleets and critical systems running at -40°C.

As data center growth accelerates electricity demand, North Carolina’s task force explores tariff reforms, forecasting changes, and cost allocation strategies to manage rate pressure.

PG&E outlines how integrated grid planning is reshaping capital allocation, risk management, and reliability as utilities confront wildfire exposure, AI-driven demand growth, and infrastructure constraints.

Helion has reached 150 million °C with D-T fusion in its Polaris prototype. The result sharpens focus on scaling private fusion for grid delivery.

Modernizing aging electrical infrastructure through targeted switchgear and breaker upgrades can improve reliability, reduce downtime, lower lifecycle costs, and support industrial sustainability goals amid rising power demand.

AI clusters are scaling faster than utilities can respond. TurboCell aims to deliver fast, modular power that adapts as grid connections catch up.

AI workloads are driving sharp power swings in modern data centers. New hybrid stabilization systems aim to keep voltage steady in real time.

East Texas is pivoting from coal to geothermal energy and lithium. A modular Smackover project aims to boost domestic supply chains.

Aging systems, climate stress, and rising energy demand are exposing gaps in enterprise risk models built for isolated infrastructure failure.

Rising energy price swings, load variability, and tighter reserve margins are pushing grid and industrial infrastructure closer to operational limits.

A new hydrogen sensor improves accuracy in high humidity by using water vapor in its detection process. It’s a practical step forward for hydrogen safety.

As U.S. electricity demand rises, Stryten Energy is highlighting domestically manufactured battery storage systems as a tool for grid resilience and demand management.

A new assessment of Odisha’s power system shows how repeated cyclones expose infrastructure vulnerabilities, recovery limits, and the role of operational preparedness in resilience.

Operations leaders face tighter tradeoffs, higher risk, and less flexibility as margin disappears.

From battery energy storage to workforce development, a future engineer outlines what’s needed to scale a resilient, interoperable grid.

A hydrogen air heater is now live at an industrial site in Offenbach. HYTING’s system tackles heat spikes without combustion or costly electric upgrades.

NYPA’s AGILe joins DOE’s grid test bed inventory, expanding national access to system-level grid testing and digital twin capabilities.

Utah’s SB 231 shows how states are using tax policy to manage large electricity loads as infrastructure strain intensifies.