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The Comparison Of Various Gas Turbine Inlet Aircooling Methods For Various Ambient Condition Trough Energy And Exergy Analysis

机译:各种气体汽轮机入口气冷却方法的比较各种环境条件槽能量和漏洞分析

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The strong influence of climate conditions on gas turbine behavior is well known. During the summer season the output of gas turbines falls to a value that is less than the rated output under high temperature conditions. Cooling the turbine inlet air can increase output power considerably, because cooled air is dense, giving the turbine a higher mass flow rate and resulting in increased turbine output and efficiency. This study is to use the energy and exergy analysis method to evaluate the air cooling method used for enhancing the gas turbine power plant. In addition, the effect of inlet air cooling method on the output power, exergy efficiency and exergy destruction have been analyzed. Also at the end of the paper the comparison of two mentioned methods has been investigated.
机译:气候条件对燃气轮机行为的强烈影响是众所周知的。在夏季期间,燃气轮机的输出落到低于高温条件下额定输出的值。冷却涡轮机入口空气可以显着增加输出功率,因为​​冷却的空气致密,使涡轮机更高的质量流速并导致涡轮机输出和效率增加。本研究采用能源和漏洞分析方法评价用于增强燃气轮机发电厂的空气冷却方法。此外,还分析了入口空气冷却方法对输出功率,高度效率和漏洞破坏的影响。同样在纸张结束时,已经研究了两种方法的比较。

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