Hartawan, Liman and Shantika, Tito and Rusirawan, Dani and Farkas, I. (2018) WIRELESS MONITORING SYSTEM FOR MOBILE HYBRID PV – PICO HYDRO POWER PLANT USING nRF24L01 AND ARDUINO. In: Seminar/Workshop on Energy and Environment (EE), 14th, December 6-7, 2018, Godollo.

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Abstract

Indonesia has target of having renewable energy account for 23% of Indonesia's energy mix for electricity and transportation by 2025. To achieve this target, several regulations have been taken, such as using B20 in fossil fuel for every sector, and the new rule is to use photovoltaic module on roof top, in order to decrease of electricity bills, which have an impact to speed up transfer technology for manufacturing photovoltaic module in Indonesia. Department of Mechanical Engineering ITENAS which has core of research about new and renewable energy has several research topics in photovoltaic area. One of them is mobile hybrid PV-Pico hydro power plant. This system is still under development, and it is combined low head pico hydro system which can generate about 7 Watt (14 V, 0.52 Amps) at 600 rpm, and two photovoltaic module with specification 100 Wp polycrystalline 5.69 Amps each. The dimension of hybrid system is 160x120x120 cm. To support this research, wireless monitoring system has been developed to take voltage and current data from photovoltaic and pico hydro generator. This monitoring system will replace wired monitoring system, which have been design before. The wireless monitoring system using Arduino with nRF24L01 module, because the long distance between hybrid system to monitoring system room is about 30-40 m.

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