Robust Design of Floor Cleaning Robot with Smart Power Handling Abilities Based on Solar Assisted Renewable Energy Sources

This research study presents the design and implementation of a floor cleaning robot equipped with smart power handling abilities and powered by solar-assisted renewable energy sources. The robot integrates advanced technologies, including sensors, navigation systems, and cleaning mechanisms, to autonomously navigate indoor environments, detect and remove dirt and debris from floor surfaces, and optimize energy consumption. Key components of the robot include a durable chassis with omnidirectional wheels for maneuverability, a comprehensive array of sensors for obstacle detection and floor analysis, and a multifunctional cleaning mechanism comprising brushes, vacuum systems, and microfiber mops. Solar panels mounted on the robot's surface harness renewable solar energy, supplementing a rechargeable lithium-ion battery pack with a smart power management system to ensure continuous operation. Additionally, the robot features wireless connectivity for remote control and monitoring, a user-friendly interface for intuitive operation, and safety mechanisms to protect both the robot and its surroundings. Through its innovative design and sustainable energy approach, the proposed floor cleaning robot offers efficient cleaning performance while minimizing environmental impact, enhancing user convenience, and contributing to the advancement of autonomous cleaning technologies.