PERANCANGAN KINCIR ANGIN UNTUK MENDUKUNG PANEL SURYA (PV array) SEBAGAI PENERANGAN PADA KERAMBA DI WADUK CIRATA

Samosir, Rahmad and Sebayang, Melya Dyanasari (2016) PERANCANGAN KINCIR ANGIN UNTUK MENDUKUNG PANEL SURYA (PV array) SEBAGAI PENERANGAN PADA KERAMBA DI WADUK CIRATA. In: PROSIDING SEMINAR NASIONAL TEKNIK MESIN 11 “Mewujudkan Kemandirian Energi Melalui Inovasi di Bidang Teknik Mesin”. Program Studi Teknik Mesin Universitas Kristen Petra, Surabaya, pp. 58-64. ISBN 978 602 74857 0 9

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Abstract

Along with the development of fisheries ( with a cage ) , the reservoir until now has been occupied by at Cirata there are 67,000 KJA with a business volume of more than Rp 2.5 trillion. Ironically, almost all the houses are electrified drawn from land that is by pulling a cable from the cable ashore and placed at the bottom of the reservoir. It is not safe either to the community or the environment , for which we were trying to find a way out by placing a Hybrid power plants , namely the combination of windmill with solar panels . Today many types of windmills , but in general the windmill consists of a horizontal axis windmills . Electricity needs of each cage is very varied , if only for lighting certainly not too much, but when using a television , a refrigerator and an electric water pump would need to be big , to the generation capacity tailored to the needs of users. In this design , the planned power plants in the home who has the following equipment : lighting using LED lights DC 12 Volt 5 Watt as much as 6 pieces = 30 Watt, Equipment using electric AC 220 Volt , 100 Watt television = 43 Ah , the water pump 125 Watt = 31.4 Ah , refrigerator 100 Watt = 33.32 Ah . Total use of electric current in a day 137,72Ah . If taken losses of 15% , then the total utilization : 1.15 x 137.72 = 158.38 Ah Ah so it is rounded up to 160 Ah . From these calculations it used 200 Ah battery or two batteries each 100 Ah . If using 2 sheets of solar panels of 100 Wp each , assuming undergo a full battery charge 10 hours a day then the resulting electrical

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