Electrical Energy-Powered Grass Cutter with Autonomous Operation and Pollution Mitigation

Grass cutter machines have gained increasing popularity in recent times, offering efficient lawn maintenance solutions. However, traditional grass cutters powered by internal combustion (IC) engines raise concerns due to their environmental impact, pollution emissions, and high operational costs. This research introduces a novel approach to address these issues by designing an electrically powered grass cutter that emphasizes environmental sustainability and economic viability. The core technology driving this innovation is a microcontroller system, which enables precise control of the grass cutter's various operations. In addition, the grass cutter is equipped with obstacle sensors, ensuring autonomous operation and obstacle detection. This autonomous functionality simplifies operation, eliminating the need for skilled personnel to operate the machine. The integration of autonomous operation and obstacle detection further improves safety and usability.