Renewable Energy Analysis of Undeveloped Village Using Solar-Wind Hybrid Power System in the Fishermen Coastal Village Using Homer

Fadil, Jazuli and Yohanes, Edi (2016) Renewable Energy Analysis of Undeveloped Village Using Solar-Wind Hybrid Power System in the Fishermen Coastal Village Using Homer. In: International Conference on Natural, Mathematical and Environmental Sciences (NAMES) 2015, 2015, Banjarbaru, Indonesia.

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Abstract

Solar energy is as available and environmentally friendly as wind energy, both of which produce well in the coastal, fishing villages in the following study. Research was conducted to measure the efficiency of the 50 Wp solar cell, composed of Array (or other solar cell modules) with a 1000 Watt wind turbine. The case study is focused in the Pelaihari region (Panjapatan district) in the coastal, fishing village of Tanah Laut. Included is the pattern of load forecasting, wind speed, and the intensity of sunlight.Testing of the hybrid system revealed the following data. The price of a solar cell, output power peaking at 2000 Watts, is $700 – with an operating cost of $3,934 per year. The production cost of the solar cell would be $0,271 per kWh. In comparison, the capital required to use wind turbines producing the same 2000 Watts rose to $1,150, however the operating cost was reduced to $2,941 – a decrease of $993.

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