RANCANG BANGUN PEMBANGKIT LISTRIK TENAGA SURYA DENGAN REFLEKTOR SEBAGAI ALTERNATIF ENERGI UNTUK PENSUPLAI DAYA PEMILAH SAMPAH OTOMATIS
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Nur Afifah, Eki
Alvianingsih, Ginas
Alvianingsih, Ginas
Subject
Teknik Elektro
Datestamp
2022-10-31 07:30:42
Abstract :
An electronic device can work if there is a power supply given to the device. Solar energy is an alternative energy to generate electricity which has high potential in Indonesia. One way to optimize the output of solar panels is the use of reflectors. In this study, the design and manufacture of PLTS will test the effect of reflectors on the irradiance and output of solar panels to meet load power requirements. PLTS components include solar panels 20Wp to convert sunlight into electricity, solar charger controller 10A as a solar panel voltage controller, batteries 12V 11Ah as electrical energy storage, use of reflectors to optimize solar panel output. From the measurement of the total load power, the result is 1,0483 Watt. The results showed that the output of solar panels with reflectors was greater than without reflectors where the average irradiance and power in solar panels with reflectors was 911,444 W/m2 and 10,141 Watts, while solar panels without reflectors were 849,556 W/m2 and 8,999 Watts.
An electronic device can work if there is a power supply given to the device. Solar energy is an alternative energy to generate electricity which has high potential in Indonesia. One way to optimize the output of solar panels is the use of reflectors. In this study, the design and manufacture of PLTS will test the effect of reflectors on the irradiance and output of solar panels to meet load power requirements. PLTS components include solar panels 20Wp to convert sunlight into electricity, solar charger controller 10A as a solar panel voltage controller, batteries 12V 11Ah as electrical energy storage, use of reflectors to optimize solar panel output. From the measurement of the total load power, the result is 1,0483 Watt. The results showed that the output of solar panels with reflectors was greater than without reflectors where the average irradiance and power in solar panels with reflectors was 911,444 W/m2 and 10,141 Watts, while solar panels without reflectors were 849,556 W/m2 and 8,999 Watts.
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