PERENCANAAN PEMBANGKIT LISTRIK TENAGA BIOMASSA (PLTBM) DENGAN BAHAN BAKAR PELET SEKAM PADI DI KECAMATAN KEMIRI KABUPATEN TANGERANG
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Ardiyansyah, Ahmad Rizky
Diantari, Retno Aita
Diantari, Retno Aita
Subject
Teknik Elektro
Datestamp
2019-12-05 12:50:45
Abstract :
During this time uses rice husks in the District of Kemiri not be only used for silica materials or adobe bricks,pedestal chicken farm, and as growing media. Opportunities chaff energy use in the Kemiri district of Tangerang Regency expected to be used as a new energy source. Due to the lack of usefulness of the rice husk the rice husk waste accumulate and become a disturbing place rice mill. In this study to determine energy analisys and economic analysis will be conducted data processing using qualitative and quantitative methods. Very abundant rice husks and piled on each millers considered to be the source of the problem turned out to be processed into pellets rice husk and has a high calorific value which is 3.287,57661 Kcal / Kg (laboratory test results). In the feasibility study required PLTBM 3 Trillion gasifier unit and the second unit CM25E Caterpillar generator. PLTBM with rice husk pellet fuel is more efficient and feasible to be built due to the investment of Rp.28,408,680,900, -. With electricity selling price of Rp. 23, - per kWh and bank interest of 14.25% per year produce NPV1,365,126,157,171, 20.7879% IRR, BCR 21 and BEP 1 year 3 months. The utilization of rice husk pellets as fuel gasification PLTBM very worthy to be built in the district of Kemiri.
During this time uses rice husks in the District of Kemiri not be only used for silica materials or adobe bricks,pedestal chicken farm, and as growing media. Opportunities chaff energy use in the Kemiri district of Tangerang Regency expected to be used as a new energy source. Due to the lack of usefulness of the rice husk the rice husk waste accumulate and become a disturbing place rice mill. In this study to determine energy analisys and economic analysis will be conducted data processing using qualitative and quantitative methods. Very abundant rice husks and piled on each millers considered to be the source of the problem turned out to be processed into pellets rice husk and has a high calorific value which is 3.287,57661 Kcal / Kg (laboratory test results). In the feasibility study required PLTBM 3 Trillion gasifier unit and the second unit CM25E Caterpillar generator. PLTBM with rice husk pellet fuel is more efficient and feasible to be built due to the investment of Rp.28,408,680,900, -. With electricity selling price of Rp. 23, - per kWh and bank interest of 14.25% per year produce NPV1,365,126,157,171, 20.7879% IRR, BCR 21 and BEP 1 year 3 months. The utilization of rice husk pellets as fuel gasification PLTBM very worthy to be built in the district of Kemiri.
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