Perancangan Sistem Irigasi Sawah Berbasis Pompa Air Tenaga Surya Di Politeknik Negeri Jember
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Institusion
Politeknik Negeri Jember
Author
Yanfaluthi, Fikri Haykal Syauqi
Subject
431 - Teknik Mesin (dan Ilmu Permesinan Lain)
Datestamp
2022-03-30 02:22:11
Abstract :
Indonesia is an agrarian country because most of the people work as farmers. One of the natural resources needed by agricultural sector is water. Equipment in agriculture to carry out irrigation in rice fields is a water pump. One of the renewable energy technologies is the use of environmental advantages technology and cost-effective. The renewable energy-based technology that can be used is solar-powered water pump technology. The water pump works using a power source generated by photovoltaic (Module/Solar Cell Panel) with economical operation. The purpose of this research is to make it easier for farmers to irrigation rice fields by converting solar energy into electrical energy that can be used for the needs of operating solar water pumps. Testing was carried out in 3 times at 07.30 - 14.30 WIB with a data collection time of every 15 minutes. The results of battery usage on pump is the average power value of 289.73 Watt and the energy value of 274 Wh. Key word : PLTS, Solar Panels, Water Pumps, Batteries
Indonesia is an agrarian country because most of the people work as farmers. One of the natural resources needed by agricultural sector is water. Equipment in agriculture to carry out irrigation in rice fields is a water pump. One of the renewable energy technologies is the use of environmental advantages technology and cost-effective. The renewable energy-based technology that can be used is solar-powered water pump technology. The water pump works using a power source generated by photovoltaic (Module/Solar Cell Panel) with economical operation. The purpose of this research is to make it easier for farmers to irrigation rice fields by converting solar energy into electrical energy that can be used for the needs of operating solar water pumps. Testing was carried out in 3 times at 07.30 - 14.30 WIB with a data collection time of every 15 minutes. The results of battery usage on pump is the average power value of 289.73 Watt and the energy value of 274 Wh. Key word : PLTS, Solar Panels, Water Pumps, Batteries
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