The duo of PowerStream and Korea Electric Power Corp. (KEPCO) now have a utility-scale microgrid to show as they market their technology in North America. PowerStream, an Ontario utility, and KEPCO, South Korea’s largest utility, cut the ribbon this week on a microgrid that serves 400 residential and business customers in Penetanguishene, a … [Read more...]
Ranking the pool of innovators in the microgrid space isn't easy because of their diversity. After recently publishing an apples-to-apples comparison, Peter Asmus of Navigant Research now offers an apples-to-oranges look. Navigant Research’s recently published Navigant Research Leaderboard Report: Microgrid Controls is our first ranking of … [Read more...]
Quick Microgrid News for September 3, 2015 Canadian energy company PowerStream broke ground Friday on the construction of the Penetanguishene Microgrid in Ontario, Canada. It will be operated from PowerStream’s System Control Center at the company’s head office in Vaughan with remote accessibility for performance monitoring via the internet by … [Read more...]
Ontario utility PowerStream and Korea Electric Power Corporation (KEPCO) have struck a deal to work together on a microgrid demonstration project. The pair signed a memorandum of understanding September 23 to develop a large-scale model that can be used to advance microgrid and smart grid technologies in utility systems worldwide. The MOU sets … [Read more...]
Mark Martyak, chief sales officer of PowerSecure-Distributed Infrastructure, explains in an interview with Kevin Normandeau, publisher, Microgrid Knowledge, how microgrids can become a “non-spinning substitute for spinning reserves,” which is crucial as we add more renewable resources to the grid.
Mission-critical enterprises use microgrids with on-site power systems to achieve the highest possible reliability. Power outages are increasingly unacceptable at military bases, health-care facilities, data centers, distribution centers, and retail facilities. Download the new white paper from PowerSecure that provides a “behind-the-scenes” view into how microgrids can achieve and maintain the highest level of reliability available.
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