A Gas Turbine Cogeneration Plant With a Gross Electrical Efficiency of Over 50%
A. L. Broekhuizen, R. R. van Lavieren, P. Kamminga
Abstract
A. L. Broekhuizen, R. R. van Lavieren, P. Kamminga
Abstract
District heating projects in the Netherlands are cogeneration projects with special emphasis on high-efficiency power generation. Together with their customer N.V. IJsselcentrale, Thomassen International B.V., designed a cogeneration system based on gas and steam turbines. The system has following main features: - the gross electrical efficiency of the system is over 50%, which is a highly remarkable achievement in power generation - the main components, 2 gas turbines, a steam turbine and one generator are mounted in line on a single shaft. Successful start up of the plant happened in November 1985, performance tests have shown the target of power generation with an efficiency of 50% is met.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
District heating projects in the Netherlands are cogeneration projects with special emphasis on high-efficiency power generation. Together with their customer N.V. IJsselcentrale, Thomassen International B.V., designed a cogeneration system based on gas and steam turbines. The system has following main features: - the gross electrical efficiency of the system is over 50%, which is a highly remarkable achievement in power generation - the main components, 2 gas turbines, a steam turbine and one generator are mounted in line on a single shaft. Successful start up of the plant happened in November 1985, performance tests have shown the target of power generation with an efficiency of 50% is met.
Key concepts: Cogeneration, Steam turbine, Combined cycle, Gas turbines, Electricity generation, Power station, Automotive engineering, Generator (circuit theory)