Product: Wind1500W plus Solar1200W hybrid charge controller system Key benefits Reliable hybrid charging: Combines a 1500W wind input with a 1200W solar input to provide continuous power from two renewable sources. Efficient at low wind speeds: Wind charging uses boost MPPT technology to extract energy even when wind is weak, improving overall energy yield. Clear system status and simple control: Color LCD display with a fourkey human machine interface gives clear, comprehensive readouts and straightforward configuration. Stable, adaptive charging: Automatic battery type selection sets parameters, while manual is available for fine tuning. Upgraded charging voltage control maintains stable, consistent charging. Higher conversion rates: Independent boost circuit and selectable charging modes for different battery chemistries improve conversion efficiency and charging performance. Main functions and features System size and input capacity: Wind 1500W plus Solar 1200W. Wind charging: Boost MPPT technology for efficient power conversion at variable and low wind speeds. Solar charging: PWM charging control for solar panel input. Display and controls: Color LCD with a clear interface and fourkey operation for monitoring and setting parameters. Battery compatibility: Automatic recognition of 12V, 24V, and 48V battery systems. Supported battery chemistries: Leadacid, ternary lithium, lithium iron phosphate, plus a custom mode option for userdefined settings. Independent boost circuit: Improves conversion efficiency between generators and batteries and supports stable boost charging. Smart settings: After selecting the battery type, the controller applies optimized charging parameters; users can override and settings as needed. Performance and compatibility Designed to work with offgrid battery banks at 12V, 24V, or 48V. Multiple battery chemistry modes make the controller suitable for common energy storage configurations. Boost MPPT on the wind input allows continued energy harvesting when wind speed drops, reducing gaps in generation. PWM solar input provides reliable regulation for photovoltaic arrays up to the stated capacity. Use scenarios Remote cabin or offgrid home: Pair wind and solar generators with a battery bank to provide reliable, autonomous power for lighting, refrigeration, and small appliances where grid access is limited. Mobile or recreational vehicles: Use in RV or trailer setups that combine a small wind turbine and solar panels to charge onboard batteries during travel or while parked. Agricultural or pump systems: Power water pumps, lighting, sensors, and control equipment at farms and remote sites where a hybrid windsolar setup increases uptime and reduces reliance on fuel generators. What makes it stand out Dualsource optimization: Separate MPPT boost for wind and PWM regulation for solar provide tailored control for each energy source. Flexible battery support: Automatic voltage recognition and selectable chemistry profiles reduce setup time and risk of improper charging. Usability: Color display and fourkey interface keep system information accessible and configuration simple for installers and end users. Stable, efficient charging: Independent boost circuit and intelligent voltage management help maintain battery health and maximize harvested energy. What to check before installation Confirm your battery bank voltage is 12V, 24V, or 48V and choose the appropriate chemistry mode. Ensure wind turbine and solar array combined input power does not exceed the system ratings of Wind1500W and Solar1200W. Follow standard wiring and safety practices for current renewable energy systems and consult a qualified installer if uncertain. This hybrid controller is intended for users who need dependable, efficient charging from both wind and solar resources, with flexible battery compatibility and clear system control.