Rancang Bangun Pengendali Lampu Otomatis Berbasis Arduino dan Panel Surya untuk Penerangan Mandiri Energi di Pengasinan, Depok
DOI:
https://doi.org/10.55606/jpmi.v5i3.8004Keywords:
Arduino, Automatic Lamp Controller, Community Service, Renewable Energy, Solar PanelAbstract
Small-scale solar lighting systems are often switched on and off manually, which wastes energy, shortens battery life, and burdens users in hard-to-reach locations. This community service program aimed to design, build, and implement an Arduino-based automatic lamp controller powered by a solar panel and to renew the lighting installation of a mosque in Pengasinan, Sawangan, Depok, West Java. The activity was held on 19 October 2025 by five electrical engineering students of Universitas Pamulang under lecturer supervision, using an offline participatory approach that covered system planning, device and program design, laboratory testing, field installation, analysis, and reporting. The system integrated a solar panel, solar charge controller, battery, inverter, Arduino Nano, DS3231 real-time clock, relay, OLED display, and lamp, with a total cost of IDR 1,378,079. The results show that the controller was assembled and installed as planned, that, based on direct observation, cables and the solar panel installation became tidier with a visibly reduced short-circuit risk, and that lighting in the porch and road area appeared more evenly distributed. Socialization and short training were qualitatively observed to help the mosque administrators understand routine inspection and basic maintenance. The program shows that low-cost appropriate technology can be transferred to communities, although no quantitative measurements (voltage, current, battery duration, or energy consumption) were taken, so energy savings remain unverified and long-term monitoring is still needed.
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