RANCANG BANGUN MONITORING KINERJA SOLAR CELL BERBASIS INTERNET OF THINGS MENGGUNAKAN APLIKASI BLYNK SECARA REAL TIME
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Institusion
Universitas Bhayangkara Surabaya
Author
Ramadhan, Hafizh Eka
Subject
621.3 Electrical Engineering
Datestamp
2024-07-03 05:03:23
Abstract :
Solar panel monitoring is an implementation of the photovoltaic effect that converts solar radiation into electrical energy. the results of measuring the electric voltage from the monitoring system are better. Measurements on the first day were obtained at 13.00 WIB, which had a Vout of 14.87 v, Iout of 0.30 A and a temperature of 32oC on solar panel measurements while measurements on battery input were at 13.00 WIB, which had a Vin of 11.5 v, Iin is 0.14 A and power is 1.61 W. Measurements on the second day obtained a peak at 13.00 WIB, which has a Vout of 14.87 v, Iout of 0.30 A and a temperature of 32oC, on panel measurements solar while measurements on battery input at 10.00 WIB, which has a Vin of 12.1 v, Iin of 0.16 A and a power of 1.61 W.
Solar panel monitoring is an implementation of the photovoltaic effect that converts solar radiation into electrical energy. the results of measuring the electric voltage from the monitoring system are better. Measurements on the first day were obtained at 13.00 WIB, which had a Vout of 14.87 v, Iout of 0.30 A and a temperature of 32oC on solar panel measurements while measurements on battery input were at 13.00 WIB, which had a Vin of 11.5 v, Iin is 0.14 A and power is 1.61 W. Measurements on the second day obtained a peak at 13.00 WIB, which has a Vout of 14.87 v, Iout of 0.30 A and a temperature of 32oC, on panel measurements solar while measurements on battery input at 10.00 WIB, which has a Vin of 12.1 v, Iin of 0.16 A and a power of 1.61 W.
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