Cogeneration Systems Evaluation: A Case Study
Kevin A. Kirby, John L. Rich, Paul G. Mahoney
Abstract
Kevin A. Kirby, John L. Rich, Paul G. Mahoney
Abstract
The increasing cost of fossil fuels has caused a renewed interest in cogeneration alternatives to conventional power plants. The feasibility of a cogeneration plant hinges on the balance of steam and power obtained for a particular application, the terms of purchase and sale of power to the local utility, and the investment required. This paper presents a typical system analysis and design procedure for developing a cost effective cogeneration facility.
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The increasing cost of fossil fuels has caused a renewed interest in cogeneration alternatives to conventional power plants. The feasibility of a cogeneration plant hinges on the balance of steam and power obtained for a particular application, the terms of purchase and sale of power to the local utility, and the investment required. This paper presents a typical system analysis and design procedure for developing a cost effective cogeneration facility.
Key concepts: Cogeneration, Engineering, Investment (military), Fossil fuel, Power station, Waste management, Electricity generation, Power (physics)