Design of Intelligent Wind Pumping Power Generation System Based on Single Chip Computer

This study designed and implemented an intelligent wind-powered water pumping and electricity generation system based on a microcontroller. The system utilizes optimized system architecture, innovative core algorithms, and intelligent control strategies to enhance overall performance and reliability. Research results indicate that this intelligent system demonstrates significant advantages over traditional systems in terms of power generation efficiency, water usage efficiency, energy management, and economic benefits. The system exhibits good adaptability under various environmental conditions, maintaining stable and efficient operation even in low wind speeds and complex climate conditions. Key performance indicators show that the system achieved an 18% increase in power generation efficiency, a 30% improvement in water usage efficiency, and a 35% reduction in maintenance costs. This study analyzed practical application cases, further validating the system's superior performance and broad application prospects. This research provides new technical approaches and practical experience for the intelligent upgrade of wind-powered water pumping and electricity generation systems, holding significant implications for advancing the development and application of renewable energy technologies.