STUDI ANALISIS POTENSIAL KAPASITAS DAYA OUTPUT MAKSIMUM DAN PENGGUNAAN GENERATOR PADA PLTMH DESA SRIBANDUNG
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Adi Sucipto,, Ahmad
Hidayat, Syarif
Hidayat, Syarif
Subject
Teknik Elektro
Datestamp
2023-02-17 15:21:35
Abstract :
Sources of electrical energy in Indonesia are currently still dominated by coal-fired power plants. However, power grids with coal-fired sources are difficult to reach remote areas. The use of small-scale hydroelectric power plants is easier to apply in areas with hydropower potential in remote areas. Sri Bandung Village, district. Abung Tengah, Kab. North Lampung has the potential to be used as a Micro Hydro Power Plant. This study aims to measure the water discharge data and the amount of head (water fall height) directly on the PLTMH, then to determine the output power of the micro hydro power plant and determine the types of turbines and generators that will be used in planning the PLTMH. The method used is using data collection methods by using measurement and calculation methods.. Based on the analysis that has been carried out, the flow of the Sribandung Village River can technically be used to generate electricity with an effective fall height of 5 meters and a reliable discharge using a mainstay discharge Q of 0.56 m3/s. With the available discharge and fall height, PLTMH uses a Crossflow turbine. The amount of electrical energy produced by PLMTH in Sribandung Village is 15.9 kW with an annual energy of 139,279 kWH.
Sources of electrical energy in Indonesia are currently still dominated by coal-fired power plants. However, power grids with coal-fired sources are difficult to reach remote areas. The use of small-scale hydroelectric power plants is easier to apply in areas with hydropower potential in remote areas. Sri Bandung Village, district. Abung Tengah, Kab. North Lampung has the potential to be used as a Micro Hydro Power Plant. This study aims to measure the water discharge data and the amount of head (water fall height) directly on the PLTMH, then to determine the output power of the micro hydro power plant and determine the types of turbines and generators that will be used in planning the PLTMH. The method used is using data collection methods by using measurement and calculation methods.. Based on the analysis that has been carried out, the flow of the Sribandung Village River can technically be used to generate electricity with an effective fall height of 5 meters and a reliable discharge using a mainstay discharge Q of 0.56 m3/s. With the available discharge and fall height, PLTMH uses a Crossflow turbine. The amount of electrical energy produced by PLMTH in Sribandung Village is 15.9 kW with an annual energy of 139,279 kWH.
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