#grid stability

RWE has begun commercial operation of its first inertia-capable battery energy storage system in the Netherlands.

With rising global electricity use, Siemens Energy outlines technologies to support stable, low-carbon power for traditional and AI-driven data centers.

Next-gen technology at Narashino Works simulates power plant inertia, supporting grid resilience and renewable energy integration.

Thomas Kiessling, CTO at Siemens Smart Infrastructure, believes local flexibility markets can transform grid management and speed up the shift to cleaner energy.

At ERCOT’s request, CPS is spending $150 M to speed up new transmission lines.

Reactive Technologies integrates Siemens’ Gridscale X software to enhance real-time grid inertia monitoring, helping operators improve stability, optimize planning, and accelerate the energy transition.

The upgraded substation boosts capacity, enhances grid stability, and integrates SCADA, improving power links and reliability in Nakhchivan.

Aiming to power data centres across the state through a combination of private wire and grid transmission.

Germany’s phase-out of nuclear power and the integration of renewable energy pose significant challenges for grid stability.

Negative prices are seen more often amid green power surges.

The integration of Internet of Things (IoT) technology into power grids is revolutionising how electricity is managed.

In a historic move, Constellation Energy is set to restart the Three Mile Island Unit 1 nuclear reactor.

Grid modernization isn’t just about deployment; it’s about rigorously testing systems to ensure reliability in real-world conditions.

The 16ha Buronga substation is set to become one of the largest and most advanced in the Southern Hemisphere.

As Ireland targets 80% renewable electricity by 2030, Greenlink complements existing links to balance intermittent supply.

As renewables dominate grids, BESS monitoring will become integral to stability.

Colombia has announced six major power transmission projects as part of its 2024-28 transmission expansion roadmap.

For grid operators, these modules represent a crucial tool in maintaining stability while accommodating increasing amounts of renewable energy.

Utilities say it’s not fair.

The rapid growth of renewable energy is pushing our power grids to their limits.

This massive investment aims to expand hydropower, enhance battery storage, upgrade transmission capacity, and enable virtual power plants across PG&E’s service area.

The traditional power grid is undergoing a radical transformation, thanks to the advent of autonomous energy systems.

As the AI industry continues to grow, the interplay between technology and energy production becomes increasingly important.

From advanced meters to AI-enabled sensors, here’s how smart grid technology will transform the energy sector in 2025.