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Title: Water pump and water filter using solar-hybrid energy with mobile vehicle
Authors: Andrew Joewono, Rasional Sitepu, Peter R. Angka
Journal: ARPN Journal of Engineering and Applied Sciences
Publisher: Khyber Medical College, Peshawar
Country: Pakistan
Year: 2020
Volume: 15
Issue: 1
Language: English
Sunlight in Indonesia is available quite a lot huh this is an opportunity that can be developed to produce electricity. The hybrid solar power system used is a combination of the use of electricity from the generator and a source of electricity from the conversion of solar energy. Water is also a basic need in life. Indonesia 2 climates namely, the dry season and the rainy season. During the rainy season, water is abundant, but in the dry season many areas experience drought, thus requiring water supply from the ground so that water pumps are needed to suck up the water, to be used for daily needs. The system is designed to function with a hybrid system, electrical energy from the generator and solar energy, which can automatically regulate the charging of energy to the battery and supply the load, with an effective working time of approximately 2 hours, the power used ranges from 536 to 537 watt hours, from the supply 12v 100Ah battery energy, installed in series, and has an automatic limit voltage value of 22 volts from the battery voltage. The electric energy generated is used to drive a water pump that is passed by a sediment filter, which consists of silica sand, iron removal, activated carbon and an ultra filter 1200 liters / hour to filter out impurities at the last level, so that water results are in accordance with the feasibility standard.
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