This controller provides stable, efficient power management for wind solar hybrid systems, improving charge efficiency and simplifying system monitoring and control. Key benefits Optimized power management: Digital intelligent control balances input from wind, solar, generators, and the grid to maintain stable operation and efficient energy flow. Improved charging at low wind speeds: Integrated boost circuit technology increases charging efficiency for low power vertical wind turbines and hybrid power setups. Battery protection and performance: PWM charging, PWM unloading, and PWM overcurrent limiting help extend battery life and maintain reliable output in mixed renewable systems. Easy system monitoring: Clear LCD displays battery voltage and realtime power status so users can quickly assess system condition and make adjustments. Core features Digital intelligent control that coordinates multiple power sources and generator or grid interactions for consistent system performance. Boost circuit technology specifically effective for low output turbines and weakwind conditions. PWM functions for charging, unloading, and overcurrent limiting to protect batteries and regulate charge and discharge. Userfriendly LCD showing battery voltage and power status for straightforward monitoring. Compatibility and typical installations Designed for wind solar hybrid systems and compatible with small wind turbines, solar arrays, batteries, and generator integration. suited to low power vertical wind turbines and hybrid setups where improved charging efficiency is needed. Appropriate for small to medium remote power systems and microgrids that require coordinated control among renewable sources and backup generation. Practical use scenarios Offgrid cabin: Combine a low power vertical wind turbine and solar panels to maintain battery charge during variable weather. The controller boosts weakwind charging and displays battery status on the LCD. Hybrid backup system: Integrate a generator with wind and solar inputs to prevent overcharging and to manage generator start and stop based on battery state and power availability. Rural lighting and pump system: Use PWM unloading and overcurrent limiting to prevent battery drain and provide consistent power to lighting or water pumps when renewable generation fluctuates. What makes it stand out Focus on lowwind performance through boost circuit design. Multiple PWM control modes for battery protection and system flexibility. Clear, simple LCD feedback for faster decision making during installation and operation. Installation notes Intended for integration into wind solar hybrid setups with compatible batteries and generation equipment. Check system voltages and wiring requirements during installation to ensure correct operation. This controller delivers stable control, improved charge efficiency for low power turbines, and practical functions to protect batteries and simplify monitoring in hybrid renewable systems.