@thesis{thesis,
		author={Al Rosyid  Harun and Susanti  Susanti},
		title ={Analisa Kelayakan Sistem Pendingin Udara Masuk Gas Turbin Pada PLTGU Blok 5 Muara Tawar  Dengan Evaporative Cooler},
		year={2018},
		url={http://156.67.221.169/433/},
		abstract={Progress in development in a country has triggered an increase in electricity demand. Without exception, Indonesia has a tropical climate with average air temperature and high humidity. As the standard compressor air intake temperature set by the turbine manufacturer is 15ºC with 60% air conditioning (ISO condition). The high temperature and high humidity affect the performance of gas turbines at PLTGU Blok 5, located in Muara Tawar, Bekasi. Alstom 13E2 turbine gas which is made in Europe certainly cannot operate optimally in Indonesia due to higher environmental temperature factors. Because in Europe has a low average ambient temperature, the efficiency of a gas turbine decreases only during the summer. Therefore, to optimize the performance of the gas turbine and increase the turbine output power, a study on the feasibility of the cooling system at the power plant is needed. According to the author, based on the local environmental climatic conditions and the needs that need to be fulfilled, the cooling system that is suitable to be applied to Muara Tawar PLTGU Block 5 which operates at peak load is a mechanical refrigeration ? Evaporative air cooling system with DEC type. The resultsof the tool testing showed the use of demineralized water as much as 1L/h as a refrigerant that was able to reduce the temperature by 5ºC with ?P of 0.0616 bar per 0.075 m2 media pad. With the evaporative cooler the clean power of the gas turbine has increased from 64,832MW to 72,021MW with delta W of 5,188MW. And for its application in the generator unit can be adjusted to the existing planning design.}
		}