National Grid Selected for DOE Funding to Deploy Advanced Technology Across New England Transmission Network
WALTHAM, MA – National Grid has been selected for funding by the U.S. Department of Energy for its Dynamic Rating Enhancement Advancements & Modernization (DREAM) project, which will use advanced transmission technologies to help improve grid reliability, increase system efficiency, and support growing electricity demand.
The project will enhance visibility into transmission line performance, enabling National Grid to make smarter operating and planning decisions and get more value from existing infrastructure.
“The DREAM project will help deliver a more reliable, resilient and affordable electric system for our customers by giving us better information to make smarter operating and planning decisions,” said Andrew Schneller, Vice President of Engineering & Network Strategy, National Grid. “By getting more value from the infrastructure we already have, we can strengthen the grid while helping keep costs as affordable as possible.”
The award is part of the Department of Energy's effort to accelerate deployment of advanced technologies that can expand grid capacity, improve reliability, and reduce costs for customers. The DREAM project supports National Grid's broader commitment to building a smarter, more resilient energy system while delivering value for customers.
About National Grid
National Grid (NYSE: NGG) delivers electricity and natural gas to more than 20 million people across New York and Massachusetts. We’re committed to meeting our customers’ energy needs and supporting economic growth across the regions we serve—providing safe, reliable energy today and building the resilient networks of the future. National Grid Ventures, our commercial business, develops and operates infrastructure that delivers affordable and reliable energy to consumers. National Grid Partners, our venture capital and corporate innovation arm, invests in and collaborates with technology companies that are accelerating the future of energy and helping new technologies reach critical scale faster.
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