Energy Storage

A single operator can now supervise a high-frequency hydraulic hammer as it autonomously navigates to precise coordinates on a vast construction site. This technological shift marks a pivotal moment for utility-scale solar farm and Battery Energy Storage System (BESS) development. As the global

Large-scale integrated wind and storage facilities like the Golden Plains complex are becoming the primary model for achieving national energy security and emissions targets in Australia. The landscape of the Australian energy market is undergoing a significant transformation as major institutional

Global pumped storage capacity has officially surpassed the 200 GW milestone, with over 11 GW of new projects commissioned in 2025 alone to support variable energy. This massive expansion signals a fundamental shift in the role of hydropower, which is no longer viewed merely as a static provider of

Allowing utilities to recover costs through traditional rate-basing should be the exception rather than the rule for new energy storage and generation assets. This fundamental principle is gaining traction in 2026 as the American power grid faces an existential crisis driven by surging demand from

Solar generation in California grew by 90% between 2021 and 2026, contributing to a significant reduction in the financial burden of wholesale electricity procurement. This rapid expansion of clean energy assets has fundamentally reshaped the energy economies of the nation's two largest power

String power conversion systems distribute the workload across hundreds of smaller independent units to ensure that a single component failure does not disable a large portion of the site. As the global energy transition accelerates throughout 2026, developers and owners of Battery Energy Storage