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Generating power at high efficiency

Robin Mackay

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Abstract

The total energy system involves using a gas turbine to drive an electric generator while simultaneously using the turbine exhaust to heat a boiler to provide steam for heating or cooling. When operated at full electrical and thermal loads a total-energy system can produce electricity at 55 percent efficiency or higher. The savings in electric power generating costs possible to a user with a constant demand for both electricity and steam, e.g., a hospital, are discussed. (LCL)

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What this paper is about

The total energy system involves using a gas turbine to drive an electric generator while simultaneously using the turbine exhaust to heat a boiler to provide steam for heating or cooling. When operated at full electrical and thermal loads a total-energy system can produce electricity at 55 percent efficiency or higher. The savings in electric power generating costs possible to a user with a constant demand for both electricity and steam, e.g., a hospital, are discussed. (LCL)

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Available abstract

The total energy system involves using a gas turbine to drive an electric generator while simultaneously using the turbine exhaust to heat a boiler to provide steam for heating or cooling. When operated at full electrical and thermal loads a total-energy system can produce electricity at 55 percent efficiency or higher. The savings in electric power generating costs possible to a user with a constant demand for both electricity and steam, e.g., a hospital, are discussed. (LCL)

Key concepts: Boiler (water heating), Steam turbine, Electricity, Electric power, Steam-electric power station, Electric generator, Heat recovery steam generator, Electricity generation

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