Solar wind hybrid controller designed for reliable, automatic management of solar panels and batteries. Built around a performance chip and industrial microcontroller design, it provides intelligent digital control to stabilize system operation and protect components. Key benefits Full system protection: Intelligent digital control monitors charging and discharging to reduce stress on batteries and help extend service life. Improved charging efficiency: An integrated booster circuit addresses low charging efficiency from lowpower vertical wind turbines, improving energy capture in hybrid systems. Versatile PWM control: Supports PWM charging, PWM discharging, and PWM overcurrent limiting to manage power flow and protect against overload. Clear monitoring: Builtin LCD displays battery voltage and power, making system status and adjustments easy to read. Main features performance chip for stable and efficient operation. Booster circuit optimized for lowpower vertical wind turbine charging. PWM functions for charging, discharging, and current limiting. LCD screen shows key parameters such as battery voltage and power output. Automatic management of panels and batteries for handsoff operation. Compatibility and applications Suitable for home, industrial, and commercial installations. Works with solar panels and lowpower vertical wind turbines in hybrid configurations. Ideal for offgrid battery systems, remote cabins, street lighting, telecommunication backup, and small commercial power supplies. Practical use scenarios Remote cabin power system: Combine solar panels and a small vertical wind turbine to charge a battery bank. The controller maximizes charging efficiency and displays battery voltage and power for easy monitoring. Commercial backup lighting: Use in a commercial site to manage solar panels and batteries that power emergency lighting or signage, with PWM overcurrent limiting to protect the battery and load. Industrial remote equipment: Manage charging and discharging for remote monitoring stations or telecom sites where stable power and clear system information are required. What it delivers Stable, digital control that protects system components. Better energy capture from lowpower wind sources via a booster circuit. Flexible PWM functions to fit a range of installations. Onboard LCD for straightforward system monitoring. This controller provides practical, automatic management of hybrid solar and wind systems while focusing on efficiency, protection, and clear status feedback.