Abstract

Amidst the escalating challenges posed by climate change and global warming, the imperative for sustainable energy solution is paramount. The widespread deployment of solar panels for renewable energy generation has ushered in a new era of sustainable power. However, the pursuit of maximizing solar energy efficiency encounters a formidable obstacle — the need to maintain impeccably clean solar panels. Dust, dirt, and environmental pollutants accumulate, hampering solar panel effectiveness and resulting in a decline in energy output. In response, this project addresses the problem through the development of Solar-Shine, a semi-automated solar panel cleaning robot. Equipped with dual mode switch, it seamlessly transitions between manual and automatic modes. The incorporation of microfiber technology replaces conventional brushes, enhancing cleaning precision and sustainability. Additionally, a water sprayer mechanism, coupled with an onboard water tank, ensures thorough cleansing of solar panels. The robot operates remotely, minimizing risks to workers and offering wireless control for optimal safety. While designed primarily for large scale solar power plants, its versatility extends to various settings, including residential and commercial rooftop solar panels. The integration of robotics into solar maintenance represents an innovative solution for the renewable energy sector, enhancing the sustainability and reliability of solar power systems.