Cleveland State University and Case Western Reserve University have floated a bold plan to build a $100 million microgrid to power the city of Cleveland, OH’s central business district in downtown, a 2-3 square mile area. At the heart of the microgrid would be a Utica gas-fired combined heat and power system (CHP). The CHP plant would produce up to 48 megawatts of electricity and act as a backup and/or alternative to the grid. The cost per kilowatt-hour would higher than electricity from the regular grid, but hey, it would mean virtually 100% up-time, providing electricity when grid demand is extreme (hot summers, cold winters). It’s all about reliability.
Cleveland State University and Case Western Reserve University have floated a bold plan to build a $100 million microgrid to power the city of Cleveland, OH’s central business district in downtown, a 2-3 square mile area. At the heart of the microgrid would be a Utica gas-fired combined heat and power system (CHP). The CHP plant would produce up to 48 megawatts of electricity and act as a backup and/or alternative to the grid. The cost per kilowatt-hour would higher than electricity from the regular grid, but hey, it would mean virtually 100% up-time, providing electricity when grid demand is extreme (hot summers, cold winters). It’s all about reliability.