Power rating: 10000W; Color: 24V Wind Solar Hybrid Charge Controller for 12V 24V 48V systems Why this controller helps Combines wind and solar charging with pressurized MPPT for wind turbines to keep batteries charging efficiently even at low wind speeds. Reduces manual monitoring with an LCD that shows voltage, battery power, current, power, load mode, temperature and other key parameters. Protects system components with multiple built in protections to prevent damage from incorrect connections, overcharge, undervoltage, overload, open circuit and lightning events. Offers flexible load control and timed schedules to automate lighting and other DC loads and to improve system efficiency. Key features at a glance Power and compatibility: 10000W rated power, compatible with 12V 24V and 48V battery systems. Wind charging: pressurized MPPT technology for continuous efficient charging from wind turbines, including low wind conditions. Solar charging: PWM MOS tube series with stepless unloading function and external unload load resistance support. Control modes: fan MPPT boost, PWM unloading, PWM overcurrent. Load modes: pure light control mode, normally open mode, light control plus time control mode with four programmable time periods plus morning light. Outputs: three independent DC load output modes; each output can be set independently. Display: clear LCD display for easy navigation and parameter viewing. Low standby drain: no load current DC less than or equal to 0.05A. Cooling and construction: aluminum profile heat dissipation and self cooling. Housing made from aviation grade aluminum, one time molding and stretching with anodized surface for impact and drop resistance. Environmental range: operates between 20 to +55 C and 35 to 85 percent relative humidity with no condensation. Power source for controller: can be powered from the battery or directly from a photovoltaic panel. Safety and protection Solar reverse connection protection Overcharge and undervoltage protection Overload protection and PWM overcurrent control Battery reverse connection protection and open circuit protection Lightning protection These protections help maintain battery health and reduce the risk of component failure. User interface and settings LCD makes it simple to monitor system status and adjust settings. Displayed parameters include voltage, battery power, current, power, load mode and temperature. Three configurable DC load outputs let you set different behaviors for lighting, pumps or other DC devices. Time control supports four time periods plus a morning light option for automated lighting schedules. Installation and packing Packing list: 1 x Wind Solar Hybrid Charge Controller, 1 x User Manual. Important notes: follow the correct connection sequence. Be sure to connect the battery to the controller before other connections to avoid damage. Typical applications Off grid lighting for rural homes or cabins: automatic light control plus timed schedules maintain lighting at night while protecting battery life. Remote monitoring or telecom stations: combined wind and solar charging provides reliable battery charging in mixed weather conditions and lowers maintenance needs. Street or pathway lighting and signage: independent output modes and time control allow staggered lighting schedules and energy management for multiple circuits. Technical summary System rated voltage: 12V 24V 48V No load current (DC): <=0.05A Controller power supply: battery or photovoltaic panel Control mode: fan MPPT boost, PWM unloading, PWM overcurrent Load working modes: pure light control, normally open, light control plus time control (four time periods plus morning light) Display: LCD Display parameters: voltage, battery power, current, power, load mode, temperature, etc. Cooling method: aluminum profile heat dissipation and self cooling Operating temperature and humidity: 20 to +55 C, 35 to 85 percent RH no condensation This controller is designed for reliability and flexibility in hybrid wind and solar systems, providing automated load control, efficient charging technologies and robust protection to support a wide range of off grid and remote power applications.