Perpustakaan
DESKRIPSI DATA LENGKAP
JudulPERANCANGAN DAN PEMBUATAN POWERBANK PORTABLE BERBASIS PANEL SURYA UNTUK PETANI KAKAO DI DESA
Nama: YUSUF JIMMY TRIUTAMA
Tahun: 2022
Abstrak
In order to reduce the use of non-renewable energy, other energies are used, such as replacing it with renewable energy by converting solar energy into electrical energy. The use of non-renewable electrical energy for a prolonged period of time can cause non-renewable sources of electricity to run out more quickly. The settlement of Bancea is located in Central Sulawesi's South Pamona sub-district of Poso. The vast majority of people are farmers, specifically farmers of cocoa, cloves, durian, coffee, rice, etc. A tiny fraction of the farmers in the village still live in the garden, therefore they do not receive electricity from PLN, according to data from the village for 2017. The community had 923 persons working as garden farmers on 1,090 hectares of land in 2017. In light of the aforementioned context, this research can be resolved by creating a tool in the shape of a portable power bank powered by solar panels, one of whose benefits is that it can be readily moved wherever needed to meet the demands of farmers. Based on the experimental data, it is known that a 100 watt solar panel can produce a maximum of 566.16 Watts per day, whereas the load consumes a total of 195.78 Watts per day. The output of the solar panel is also influenced by the surface temperature of the solar panel and the intensity of solar radiation; the higher the surface temperature of the solar panel and the intensity of the sun, the bigger the output power of the solar panel. According to the charger data table, charging the battery with a 100 Wp solar panel from a battery state of 20% DOD (10.50 V) to almost full 98% DOD (12.60 V) takes 9 hours starting from 08:00-17:00, and according to the discharger data table, the portable power bank can supply a 25 watt light load for 9 hours 30 minutes with a DOD of 20%. Keyowrds : photovoltaic, powerbank portable, battery, SCC, inverter

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