Wind Turbine Controller Model SF1224A A compact, reliable controller designed for wind power and hybrid solar wind systems. Automatically detects 12V or 24V battery systems and delivers comprehensive protection and clear status indication while operating in harsh environments. Key benefits Simplifies system setup by automatically identifying 12V or 24V battery systems, reducing configuration errors. Protects batteries and equipment with built in short circuit, overload, anti reverse, over discharge and full charge shutdown and recovery functions. Improves reliability in humid or corrosive environments with full waterproof design and IP67 protection. Low power consumption and a visible LED indicator make monitoring and energy use efficient and intuitive. Main features Automatic voltage identification for 12V and 24V systems, with low power draw during standby. LED indicator shows the working state of the circuit for simple, intuitive monitoring. Multiple protection measures including short circuit protection, overload protection, anti reverse connection protection, automatic shutdown on full charge or over discharge, and automatic recovery. Comprehensive waterproofing and corrosion resistance for reliable outdoor use. Wide compatibility for solar street lamps, courtyard lamps, killing lamps, small solar power station systems, and various wind power DC power supply systems. Technical specifications Model: SF1224A Weight: Approx. 264 g / 9.3 oz Rated battery voltage: 12V or 24V Rated wind turbine power: 6000W Working temperature range: 35 to 75 C Protection type: IP67 Package contents 1 Wind Turbine Controller Typical applications Solar street lamp or hybrid solar wind street lighting where automatic battery voltage detection and robust protections reduce maintenance. Yard and courtyard lighting systems that need waterproof, corrosion resistant control and simple status indication. Small solar power station or standalone wind DC power supply systems requiring a controller that handles up to 6000W and protects batteries from improper connection and over discharge.