Analysis Of The Design Requirements For 20 Watt Solar Panel And Led In The Design Of Public Street Lighting (Pju) Based On A Microcontroller Using Solar Cell
Keywords:
Solar Panels, Light Emitting Diodes, Solar Powered Public Street LightingAbstract
Indonesia, with its tropical climate and year-round sunshine, holds great potential for developing renewable energy sources. Renewable energy plays a positive role as an alternative that needs to be developed to meet electricity needs, one of which is for Public Street Lighting (PJU). The implementation of solar-powered PJU (PJUTS) is one such alternative that can be offered. PJUTS utilizes sunlight as its energy source and batteries for energy storage, while making use of LED lights known for their environmental friendliness.
This research aims to implement the design requirements of a solar panel and 20-watt LED lamp for a solar cell-based PJU design. Additionally, the study outlines the application and data collection methods of PJUTS using a watt meter. The main objective of this research is to determine the requirements for using a solar panel and a 20-watt LED lamp.
The results of the study show that the PJUTS design with a 20-watt LED lamp can operate automatically. The lamp will turn off automatically when the charging process begins from the solar panel and will turn on automatically when the solar panel stops absorbing sunlight. Thus, this system offers an efficient and environmentally friendly solution for public street lighting in Indonesia.
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