Detail Cantuman

Unjuk Kerja Penerapan Pompa Air Tenaga Surya di Laboratorium Teknik Tata Air Politeknik Negeri Jember (Performance Test of Solar Water Pumps Application at the TTA (Teknik Tata Air) Laboratory State Polytechnic of Jember)
Mochammad Nuruddin, S.T,, M.Si. sebagai Dosen Pembimbing Utama
Ahmad Fahriannur, ST., MT sebagai Dosen Pembimbing Anggota
Rikko Oktianto
Program Studi Teknik Energi Terbarukan
Jurusan Teknik
ABSTRAK
Dengan memanfaatkan panel surya, energi matahari dapat diubah menjadi energi listrik. Hasil konversi energi ini digunakan sebagai menyuplai pompa air di Laboratorium TTA (Teknik Tata Air) Politeknik Negeri Jember. sistem ini bertujuan untuk menghemat penggunaan energi listrik yang berasal dari PLN. Berdasarkan perhitungan penggunaan konsumsi listrik harian pompa air kemudian didapatkan perhitungan kebutuhan komponen yaitu dua panel surya MY100S-12 Polycrystalline 100 Wp yang memiliki efisiensi antara 9,23% hingga 11,36%, inverter Luminous 850 VA dengan efisiensi 74,96% hingga 79,73%, BCR-1015 dengan efisiensi 78,03% hingga 93,34%, dan baterai 100Ah dapat menghemat energi listrik sebesar 18,53 kWh selama 30 hari dengan penyinaran selama 6 jam perhari. Berdasarkan penerapan komponen tersebut diketahui total biaya komponen instalasi Rp 7.468.500 dan penghematan listrik Rp20.580,36/bulan dengan simple payback selama 30 tahun 2 bulan 9 hari.
Kata Kunci: Panel Surya, Pompa Air, Inverter, Simple Payback, Energi Listrik
ix
Unjuk Kerja Penerapan Pompa Air Tenaga Surya di Laboratorium Teknik Tata Air Politeknik Negeri Jember (Performance Test of Solar Water Pumps Application at the TTA (Teknik Tata Air) Laboratory State Polytechnic of Jember)
Mochammad Nuruddin, S.T,, M.Si. a Chief Counselor
Ahmad Fahriannur, ST., MT as a Member Counselor
Rikko Oktianto
Renewable Energy Study Program
Majoring of Engineering Departement
ABSTRACT
By utilizing solar panels, solar energy can be converted into electrical energy. The results of this energy conversion are used as an electric supply of water pumps in the TTA (Teknik Tata Air) Laboratory of the State Polytechnic of Jember. this system aims to save electricity use from PLN. Based on the calculation of daily electricity consumption for water pump, the instalation component requirements is two MY100S-12 Polycrystalline 100 Wp solar panels which have efficiency between 9.23% to 11.36%, Luminous 850 VA inverter with efficiency of 74.96% to 79, 73%, BCR-1015 with an efficiency of 78.03% to 93.34%, and a 100Ah battery can save electrical energy by 18.53 kWh for 30 days by irradiating for 6 hours per day. Based on the application of these components, it is known that the total cost of the installation component is Rp. 7,468,500 and the electricity savings are Rp.20.580,36/month with a simple payback for 30 years 2 months and 9 days.
Key words: Solar Panel, Water Pump, Inverter, Simple Payback, Electrical Energy