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Grid Enhancing Technologies Do Exactly What They Say
The world’s electricity grids are facing unprecedented strain as demand surges from electrification, data centers, and renewable energy integration, while aging infrastructure struggles to keep pace. Traditional approaches to grid… |
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Why Grid Hardening Needs to Be Smarter, Not Just Stronger
While many utilities are hardening power grid infrastructure by upgrading poles and wires—a necessary step—brute force solutions alone won’t be enough. To truly future-proof the grid, resilience must be rooted in intelligence via systems that anticipate, adapt, and respond dynamically. |
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Enverus Releases 2025 Interconnection Queue Outlook
Enverus, an energy-dedicated, software-as-a-service company that leverages generative artificial intelligence across its solutions, has released its 2025 Interconnection Queue Outlook, a comprehensive collection of power generation and transmission projects that show requests to connect to the U.S. power grid. |
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Avangrid Investing $41 Million to Rebuild NY Grid Infrastructure
Avangrid said it would invest $41 million across five projects in New York State to improve the capacity and reliability of the regional power grid. The company, a member of the Iberdrola Group, said the funding for the grid around Ithaca, New York, builds on Avangrid’s effort to modernize New York’s electrical and gas infrastructure. |
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PG&E, Smart Wires Enhance Grid Reliability, Capacity for California Data Centers
Pacific Gas and Electric Company (PG&E) and Smart Wires have announced a project to enhance grid reliability and meet energy commitments for data centers connecting in San Jose, California. North Carolina-based Smart Wires will deploy its advanced power flow control (APFC) technology to help PG&E mitigate thermal overloads, redirect power flow, and increase available capacity at its Los Esteros electric substation. |
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How Grid Edge Computing Is Revolutionizing Real-Time Power Management
The speed of decision-making at the grid edge has become critical for maintaining stability, preventing cascading failures, optimizing efficiency and integrating intermittent renewable resources. With the proliferation of distributed energy resources (DERs), electric vehicles and smart loads, grid edge intelligence has moved from a luxury to a necessity. |
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