Product overview A wind and solar MPPT charge controller designed for hybrid wind turbine and solar systems. The complete set includes the controller and connecting wires, provides battery protection, and is engineered for reliable operation in windy conditions. Key benefits Improved energy capture at low wind speeds thanks to supercharged MPPT technology that automatically matches turbine charging for higher conversion efficiency. Protects and prolongs battery life with voltage lock and comprehensive charge management functions. Flexible compatibility with multiple battery types and adjustable output modes to fit diverse system requirements. Clear, configurable monitoring through an LCD that displays battery status, fan status, solar input, load voltage and current, with selectable Chinese and English menus. Ready to install with all connecting wires included for faster setup. Main features MPPT advanced technology: Automatically optimizes charging from wind turbines and solar inputs to increase usable power under varying wind conditions. Voltage lock and full charge control: Prevents overcharge and overdischarge while supporting multiple battery chemistries. Adjustable output modes: Configure output behavior to match different loads and system priorities. LCD display and settings: Realtime readout of battery, fan, solar and load parameters; several parameters can be set directly from the interface; language selection between Chinese and English. Built for windy environments: Components and control logic allow safe and stable operation when wind conditions fluctuate. Typical applications Off grid wind and solar energy storage power stations for homes, cabins, or remote facilities. Wind and solar monitoring systems that require accurate charge control and status display. Wind and solar lighting systems for streets, yards, farms, and remote lighting where reliable charging and battery protection are essential. What is included MPPT wind and solar charge controller Connecting wires This controller is intended for integration into wind and solar hybrid systems where efficient charging, battery protection, and clear system monitoring are required.