Field-Oriented Control (FOC) of the Brushless DC (BLDC) motor is the main focus, with the goal of achieving accurate speed control and energy economy. The grass cutter is made more sustainable by the addition of a solar power source, which is in line with the growing need for environmentally friendly agricultural solutions. The first section of the study outlines the theoretical underpinnings of FOC and how it is used in motor control. The authors then go into detail on the BLDC motor control system's design and implementation, highlighting its use of solar energy. Experiments are conducted to assess the effectiveness of the suggested system and show that it can maintain the ideal speed even in the face of changing grass cutting conditions. The findings show that FOC plays a major role in improving speed control accuracy and stability, which in turn ensures the grass cutter's performance in various conditions. By providing a greener substitute for traditional grass-cutting techniques, this research has potential applications in agriculture. Combining FOC with solar power is a practical way to meet modern sustainability objectives and shows how technology innovation can be used to solve problems in the agriculture industry.
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