Browsing by Author "Azman, Azmil"

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    ANALISA POTENSI PEMANFAATAN AIR UNTUK PEMBANGKIT LISTRIK PADA KAWASAN TAMAN NASIONAL KERINCI SEBLAT KABUPATEN PESISIR SELATAN
    (2019-11) Rauf, Rosnita; Nazalul, Chairul; Azman, Azmil
    Pesisir Selatan Regency is an area that has a lot of primary energy potential, especially the potential of river water. Like in Lengayang sub-district, Kambang precisely on Lengayang trunk. When viewed from Google Earth, then 100% of the catchment area is protected TNKS. But the Pesisir Selatan district is the longest area of electricity distribution lines from Bungus to Silaut, so voltage drops often occur. Therefore, research is needed related to this problem. The purpose of this research in the TNKS region is the utilization of water energy for Microhydro and Minihydro Power Plants. For this reason, the method used is to survey water potential, to measure discharge and head, to make a lay out from the weir to the power plant. After calculating how much capacity is produced, the calculation, water potential and height of water fall in the village of Limau Gadang, Lengayang sub-district, Pesisir Selatan district produce power capacity of 160 kVA from 10 m Head with a discharge of 2 m3 / liter. For electricity distribution, a community of 200 kVA with ± 155 houses can be given 900 VA each. With a total of 155 houses, the total installed power is 139,500 VA meaning that there is still remaining power of 60,500 VA. It is expected that with the realization of this micro-hydro development, the electrical system in the South Coastal Regency, the better and finalizes the occurrence of voltage drop and the reliability of the electrical system is maintained.
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    Studi Kelayakan Energi Pada Daerah Aliran Sungai Wilayah Taman Nasional Kerinci Seblat
    (wahyu sari yeni, 2019-01-03) Rauf, Rosnita; Nazalul, Chairul; Azman, Azmil
    The group in the Kerinci Seblat National Park area is the main watershed, namely the Batanghari watershed, Musi watershed and the western coastal watershed, the watershed is vital to fulfilling the water needs of the lives and lives of millions of people living in the area . The potential of existing water in the forest area can be used to drive the electricity generation system. Existing water potential is one of the primary energy that can be used as renewable energy. Electric energy is already a primary need for modern Indonesian society today. This situation is characterized by the community's dependence on electrical energy in carrying out activities of daily life, both at home, at the office, in hotels and in industrial processes, all of which rely heavily on electrical energy. Indonesia is blessed with primary energy resources thar are very potential to build new and renewable energy-based power plants such us nuclear, geothermal power, hydropower, niomass, wind power, solar power and ocean wave energythat have notbeen optimall utilized. Consideration of energy conservation and the environment require us to immediatelybe able to ultilize renewable energy – which is easily available and more environmentallt friendly than fossil energy. Alternative energy development is absolutely necessary, therefore it is necessary to survey river potential, especially in the Kerinci Sebelat National Park area (TNKS) to meet the electricity needs of the community. With the availability of these water resources, it can be developed into a Micro Power Plant or Mini Hydro. The purpose of this primary energy utilization is to reduce our dependence on fossil fuel energy use whose availability is starting to worry. Several alternative energy sources that are abundant in Indonesia can be utilized without having to substitute the existing conventional energy values. It is hoped that through the use of new and renewable energy can slowly reduce the priority of using fossil fuel-based energy to further replace its role as a counterweight. The use of conventional energy continues to be used, not diverted and even eliminated, but slowly led to changes in the priority scale of its supply needs in remote areas. The time for modern/big cities to change the paradigm to make new and renewabable energy a new ―lifestyle‖, given that for the sake of the environment in its role to reduce CO2 esmissions