ABSTRAKKebutuhan akan listrik untuk kalangan industri, perkantoran, perumahan, termasuk untuk kapal-kapal perikanan meningkat dengan pesat. Peningkatan kebutuhan listrik ini tidak diiringi dengan penambahan pasokan listrik. Energi surya dapat dijadikan alternatif penghasil energi listrik. Sel surya dapat mengkonversi langsung radiasi sinar matahari menjadi energi listrik (proses photovoltaic). Energi listrik yang dihasilkan dari sel surya dapat dimanfaatkan pada malam hari, dengan cara menyimpan energi listriknya ke baterai yang dikontrol oleh regulator pada siang hari. Pemanfaatan energi listrik di atas kapal dilakukan dengan menghubungkan inverter dari arus DC ke AC pada keluaran regulator. Hasil pengujian modul surya (photovoltaic) diperoleh daya terbesar yang dihasilkan dari jam 08:00-16:00 adalah pada jam 12:00 dengan daya yang dihasilkan sampai 45,76 watt. Pengukuran tegangan dan arus setiap jam dari rentang jam 08:00 -16:00, diperoleh daya rata-ratanya sebesar 32,389 watt. Keluaran daya rata-rata selama 5 hari mencapai 32,386 watt. ABSTRACTElectricity needed for industry, office, housing or on ships fisheries is greatly increased. The increase in demand for electricity is not accompanied by the additional power supply. Solar energy is chosen as an alternative energy source to generate electricity. A solar cell directly convert solar radiation into electrical energy (photovoltaic process). Electricity generated from solar energy is stored during the day in a battery controlled by a regulator, so it can be used at night. A current inverter is connected to regulator output. The highest power obtained from the solar power module (photovoltaic) generated between 08.00 to 16.00 hours is at 12:00 with power produced up to 45.76 watt. The measurement of voltage and current from 08.00 to 16.00 hours hourly basis, the average power generated is 32.389 watt. The average power output for 5 days reached 32.386 watt.
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