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This presentation outlines the Integrated Clean Energy Supply Infrastructure at Oakland University, focusing on the existing systems and proposed enhancements. It includes four absorption chillers that convert hot water into chilled water during summer, plans for a new Combined Heat and Power (CHP) unit, and integration with existing electrical systems. Additional features include diesel backup generators for power failures and proposed renewable energy solutions, such as a wind turbine and solar PV array. The vision highlights a micro-grid with multiple installations and data monitoring for educational purposes.
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Overview of an Integrated, Clean Energy Supply Infrastructure Existing Central Heating Plant Wait for Next Slides (1-9) 1
Overview of an Integrated, Clean Energy Supply Infrastructure Four large absorbsion chillers make chilled water from the hot water in summer Existing 2
Overview of an Integrated, Clean Energy Supply Infrastructure Proposed new CHP unit 3
Overview of an Integrated, Clean Energy Supply Infrastructure Existing electrical with new CHP 4
Overview of an Integrated, Clean Energy Supply Infrastructure Existing diesel backup generators can black start the heating plant on a power failure. 5
Overview of an Integrated, Clean Energy Supply Infrastructure “Proposed” wind turbine, with third party financing, sells power to OU for a cost savings. No cost to OU. 6
“Proposed“ Detroit Edison owned and operated solar PV array at OU 7
Vision of an OU Clean Energy Micro-Grid Multiple solar PV & CHP installations are installed or funded 8
Vision of an OU Clean Energy Micro-Grid With data monitoring & academic curricula Jim Leidel, Director of Clean Energy Systems, leidel@oakland.edu 9