Thermal Design Analysis of Triple-Pressure Heat Recovery Steam Generator and Steam Turbine Systems

The co-generation system consisted of gas a turbine, a steam turbine, heat recovery steam generator and a heat exchangers for district heating was investigated in the present study. A back-pressure steam turbine (non-condensing type) was used. A partial load analysis according to the outdoor temperature in winter was conducted and optimal thermal load and power conditions was examined using the commercial computing software Thermoflex. As a result, under a constant thermal load, the power outputs of gas turbine and overall system increased as an outdoor temperature decreased. On the other hand, the reduction in exhaust gas temperature led to the decrease in output of steam turbine. Considering the portion of gas turbine in overall system in terms of the power output, it can be known that the tendency in power output of overall system was similar to that of the gas turbine.

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Thermal Design Analysis of Triple-Pressure Heat Recovery Steam Generator and Steam Turbine Systems

Cited by 2 publications

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Analysis of the Influence of CO₂Capture on the Performance of IGCC Plants

Analysis of the Influence of CO₂Capture on the Performance of IGCC Plants

Performance Analysis of CHP(Combined Heat and Power) for Various Ambient Conditions

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Thermal Design Analysis of Triple-Pressure Heat Recovery Steam Generator and Steam Turbine Systems

Cited by 2 publications

References 0 publications

Analysis of the Influence of CO2Capture on the Performance of IGCC Plants

Analysis of the Influence of CO2Capture on the Performance of IGCC Plants

Performance Analysis of CHP(Combined Heat and Power) for Various Ambient Conditions

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Product

Resources

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Analysis of the Influence of CO₂Capture on the Performance of IGCC Plants

Analysis of the Influence of CO₂Capture on the Performance of IGCC Plants