Modeling and Control of Solar Powered BLDC Motor System with PID and Sheppard Taylor Converter

The proposed system presents a comprehensive approach for designing, simulating, and implementing a solar-powered air-purification system. This system incorporates a Sheppard-Taylor converter for voltage regulation, a Brushless DC (BLDC) motor, and an MPPT (Maximum Power Point Tracking) algorithm. For analysis and simulation tasks involve MATLAB application, ensuring the system’s performance under diverse conditions. Sheppard-Taylor converter optimizes voltage regulation, while the BLDC motor drives the air purification unit efficiently. The MPPT algorithm maximizes power extraction from the solar panels. This integrated solution offers a sustainable approach to air purification, with MATLAB simulations validating its effectiveness for implementation. Suitable for off-grid and environmentally sensitive areas. Additionally, this system contributes to cleaner air and energy sustainability.