Abstract
The article describes the most common design of gas turbine units operated in a wide range of performance characteristics and climatic conditions. The advantages and disadvantages schematics of gas-steam units. The description of the new scheme of gas turbine installations in which the working process is carried out in two flow-through units of power gas turbines, partially combined, with separate outputs gases. Steam is generated in the output stream of one flow-through part of the installation and is supplied to the flow path of the other energy gas turbine power plant. Shown that increases the effective efficiency of the plant increases capacity. Thermal scheme of the GPU designed to meet modern environmental requirements. Observed that the question whether the capture is introduced into the combustion chamber water vapor does not have a universal solution and is determined by the specific working conditions of newly built or renovated power station.
Highlights
В статье рассмотрены наиболее распространенные конструкции газотурбинных установок, эксплуатируемые в широком диапазоне режимных характеристик и климатических условий
The article describes the most common design of gas turbine units operated in a wide range of performance characteristics and climatic conditions
Steam is generated in the output stream of one flowthrough part of the installation and is supplied to the flow path of the other energy gas turbine power plant
Summary
Заключение совета рецензентов: 03.09.15 Заключение совета экспертов: 06.09.15 Принято к публикации: 09.09.15. В статье рассмотрены наиболее распространенные конструкции газотурбинных установок, эксплуатируемые в широком диапазоне режимных характеристик и климатических условий. Приведено описание новой схемы газопаровой установки, в которой рабочий процесс осуществляется в двух проточных частях энергетических газотурбинных установок, частично объединенных, с раздельными выходами газов. Что повышается эффективный КПД установки, увеличивается мощность. The article describes the most common design of gas turbine units operated in a wide range of performance characteristics and climatic conditions. The description of the new scheme of gas turbine installations in which the working process is carried out in two flow-through units of power gas turbines, partially combined, with separate outputs gases. Steam is generated in the output stream of one flowthrough part of the installation and is supplied to the flow path of the other energy gas turbine power plant.
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