Design of a solar powered miniature water surface cleaning robot

Abstract

According to study, there is a growing demand for solar-powered water surface cleaning robots that can effectively clean larger areas without being limited by battery life. Current water surface cleaning robots can be modified with various electrical mechanisms to enhance their cleaning capacity. Most users prefer a system that provides extended cleaning range while maintaining simplicity, without the need for additional attachments or complex setups. This paper aims to explore an efficient approach to implementing and regulating a solar-powered system for water surface cleaning robots. The objective is to develop a high-performing water surface cleaning robot with a solar-powered system that can be easily integrated into existing widely available conversion kits. This study aims to lay the groundwork for creating a more efficient and effective solution for water surface cleaning robots. By harnessing solar power, the robot's battery life and cleaning range can be significantly extended, allowing for longer and more thorough cleaning operations.