FuelCell Energy to Help Power UConn's Innovation Drive Towards 2030 Carbon Neutrality with Solid Oxide Fuel Cells on Storrs Campus

Core Insights - FuelCell Energy, Inc. has partnered with the University of Connecticut (UConn) to implement solid oxide fuel cell technology at UConn's Innovation Partnership Building, enabling independent power generation and thermal energy support [1][4] - UConn aims to achieve carbon neutrality by 2030, with the FuelCell Energy project being a significant part of its sustainable energy initiatives [2][3] - The project will be executed in two phases, with a total of four 250-kilowatt fuel cells providing a combined capacity of one megawatt [1][5] Company Overview - FuelCell Energy is a global leader in sustainable energy technologies, holding 531 fuel cell technology patents and providing solutions for businesses, utilities, and municipalities [7][8] - The company's solid oxide fuel cell system operates on various fuels, including 100% hydrogen, and is designed for high efficiency and low emissions [7] University of Connecticut Initiatives - UConn is recognized for its commitment to sustainable energy and innovation, with plans to transform its Storrs campus to carbon neutral by 2030 [2][3] - The university will oversee technical work for regional groups in a Department of Energy decarbonization project, positioning its campus as a key support center [3] Project Details - The FuelCell Energy project will integrate into a building microgrid, allowing for the export of unused power to the local utility grid [5] - Each fuel cell unit will operate in combined heat and power mode, enhancing energy efficiency within the existing thermal system [5][6]