Quinbrook submits 520MW Flat Rock BESS in Australia’s ACT to EPBC Act

Quinbrook Infrastructure Partners has submitted a 520MW standalone BESS in the ACT to Australia’s EPBC Act.

Quinbrook Infrastructure Partners has submitted a 520MW standalone BESS in the ACT to Australia’s EPBC Act.

Large data centres should serve as “anchor tenants” for new renewable energy generation, storage, and transmission investment, leveraging the scale and longevity of digital infrastructure commitments to advance energy projects rather than waiting for supply to arrive.

Customer awareness of utility sustainability goals is gradually increasing, with regional leaders in the West and South excelling in both awareness and satisfaction. The study underscores the link between visible sustainability actions, such as EV support, and higher customer approval,…

This new sensor system, which harvests power inductively from lines, enables precise fault location and early detection of grid issues, reducing inspection time and improving response to severe weather events and aging infrastructure.

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Utility failures often have long-standing root causes such as corrosion or hardware loosening, which are not immediately obvious. Improving data collection, inspection practices, and standardization can help utilities identify and mitigate these risks proactively.

Powering the grid of tomorrow starts with smarter infrastructure today. Join SCE to discover how intelligent substations, real-time analytics, and digital protection technologies are enhancing grid resilience, accelerating renewable integration, and driving a more reliable, sustainable energy future.

As inverter-based resources reshape the grid, planners need better ways to connect system reliability needs with technology performance requirements. Join industry experts to explore how EMT studies are helping define practical, technology-neutral solutions for the next generation of power systems.

The California utility, which serves 16 million customers, is paving the way for grid modernization by implementing an integrated planning model.

The Lakewood reliability project includes new transformers, upgraded equipment, and vegetation management, resulting in a 98% decrease in outage time and a 25% reduction in outage duration, ensuring more dependable power service.