ANALISA UNJUK KERJA BOILER FEED PUMP TURBINE DRIVEN DIBANDING DENGAN MOTOR DRIVEN PADA PLTU BANTEN 3 LONTAR
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Khalik, Idham
Prayudi, Prayudi
Sudirmanto, Sudirmanto
Prayudi, Prayudi
Sudirmanto, Sudirmanto
Subject
Teknik Mesin
Datestamp
2019-10-07 06:01:46
Abstract :
Steam Power (Power Plant) is a type of Power Plant is the most common and most of the electric energy needs in the island of Java and Bali are supplied by the plant type. Broadly speaking, thermal power generation system consists of main equipment and ancillary equipment. One piece of equipment steam power plants are the main yangberperan Boiler Feed Pump (BFP). BFP main function is to pump fluid from deaerator heading to Steam Boiler Drum through High Pressure Heater and economizer. BFP In Banten power plant 3 Lontar Using two types of pump drive, the first using the mini turbine (Turbine Driven) and the second uses an electric motor (Motor Driven) as a vehicle. In this case the BFP will produce a different performance between BFP Turbine Driven by Motor Driven. In analyzing the performance of pumps required parameters such as capacity, high-pressure fluid, the power needed to rotate the pump, efficiency and others. From the analysis using the same flow capacity value indicates that the magnitude of the total head at the BFP turbine driven outweigh Motor Driven and in terms of energy consumption Turbine Driven far more efficient because only need at an energy of 2308 kW compared to the use BFP Motor Driven an energy of 2,375 kW.
Steam Power (Power Plant) is a type of Power Plant is the most common and most of the electric energy needs in the island of Java and Bali are supplied by the plant type. Broadly speaking, thermal power generation system consists of main equipment and ancillary equipment. One piece of equipment steam power plants are the main yangberperan Boiler Feed Pump (BFP). BFP main function is to pump fluid from deaerator heading to Steam Boiler Drum through High Pressure Heater and economizer. BFP In Banten power plant 3 Lontar Using two types of pump drive, the first using the mini turbine (Turbine Driven) and the second uses an electric motor (Motor Driven) as a vehicle. In this case the BFP will produce a different performance between BFP Turbine Driven by Motor Driven. In analyzing the performance of pumps required parameters such as capacity, high-pressure fluid, the power needed to rotate the pump, efficiency and others. From the analysis using the same flow capacity value indicates that the magnitude of the total head at the BFP turbine driven outweigh Motor Driven and in terms of energy consumption Turbine Driven far more efficient because only need at an energy of 2308 kW compared to the use BFP Motor Driven an energy of 2,375 kW.
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