
Siemens Energy tackles data center power demands
With rising global electricity use, Siemens Energy outlines technologies to support stable, low-carbon power for traditional and AI-driven data centers.
With rising global electricity use, Siemens Energy outlines technologies to support stable, low-carbon power for traditional and AI-driven data centers.
500 MW interconnector enables two-way energy flow, enhancing energy security and renewable integration across both nations.
Jurgen Resch from COPA-DATA highlights how virtual substations enhance protection, automation, and control (PAC) with cutting-edge software.
Governor Hochul announces $12 M to fund technologies that improve grid reliability and support clean energy integration across New York State.
New York is upgrading its aging transmission grid to reduce congestion, improve reliability, and deliver clean energy from upstate to downstate communities.
The Lone Star State saw unprecedented growth in solar power and battery storage capacity in 2024.
As renewables dominate grids, BESS monitoring will become integral to stability.
For grid operators, these modules represent a crucial tool in maintaining stability while accommodating increasing amounts of renewable energy.
The United States is witnessing an unprecedented surge in electrical grid investments.
The Dong Seoul substation in Hanam-si, Gyeonggi-do, will be transformed into a resident-friendly “complex substation”.
These smart solutions span the entire energy chain, enabling businesses to thrive amidst the evolving energy landscape.
In just one hundred days, the Baltic States will complete their historic integration with the continental European power grid.
Expanding the grid is not only a solution for renewable integration but a catalyst for economic growth
“The Inflation Reduction Act makes the largest investment in rural electrification since FDR and the New Deal in the 1930s.” -John Podesta
Digital twins, real-time monitoring, and predictive analysis are transforming renewable energy grid operations.