The multiple expansion reheating gas turbine proves to have a potential of good operational flexibility for the intrinsic capability of responding to variations in electric and thermal power demands without appreciable impact on efficiency. The present study deals with evaluation of the performance attainable in off-design operation, with power control obtained through changes in the first and second combustor firing temperatures and in the compressor intake air flow achieved by means of variable inlet guide vanes.
Off-Design Evaluation of a Multiple Expansion Reheating Gas Turbine in Cogeneration Applications / Cantore, Giuseppe; R., Bettocchi; E., Benvenuti; G., Negri di Montenegro. - STAMPA. - (1991), pp. n.d.-n.d.. (Intervento presentato al convegno International Conference ASME-IGTI tenutosi a Orlando, Florida nel 3-6 Giugno 1991).
Off-Design Evaluation of a Multiple Expansion Reheating Gas Turbine in Cogeneration Applications
CANTORE, Giuseppe;
1991
Abstract
The multiple expansion reheating gas turbine proves to have a potential of good operational flexibility for the intrinsic capability of responding to variations in electric and thermal power demands without appreciable impact on efficiency. The present study deals with evaluation of the performance attainable in off-design operation, with power control obtained through changes in the first and second combustor firing temperatures and in the compressor intake air flow achieved by means of variable inlet guide vanes.
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