Color: 48v Overview A dualvoltage hybrid charging controller engineered for wind and solar integration. Supports up to 10000W input from wind turbines and up to 10000W input from solar panels to improve energy conversion and supply consistency in hybrid lighting and residential systems. Key benefits capacity inputs: Handles large wind and solar arrays with up to 10000W each to support demanding hybrid installations. Dualvoltage design: Built for systems requiring dualvoltage charging flexibility, improving compatibility with a range of turbine and panel setups. Improved conversion efficiency: Manages combined input from wind and solar to maximize usable energy and reduce wasted generation. Simplifies hybrid system design: Centralizes charge control for both generation sources, reducing the need for multiple controllers and complex wiring. Reliable operation for lighting and home power: Designed to deliver steady charging for battery banks serving street lights or residential power needs. Function and compatibility Function: Acts as the central charging controller for hybrid windsolar systems, coordinating and optimizing charge from both sources. Compatibility: Works with wind turbines and solar panel arrays up to the specified maximums. Suitable for integration with typical battery banks and inverter setups used in street lighting and residential hybrid systems. Voltage detail: Color specification listed as 48v; controller supports dualvoltage system configurations as indicated. Performance and practical attributes Power handling: Rated to accept up to 10000W from wind and 10000W from solar, enabling use with large or multiple generator units. Conversion focus: Prioritizes efficient energy routing from both sources to charging output, improving battery charge rates and overall system responsiveness. Installation context: Intended for hybrid street light installations and home windsolar setups where reliable combinedsource charging is required. Use scenarios Windsolar hybrid street lighting: Manage charging for battery banks that power LED street lights, using both turbine and panel input to keep lights operational through variable conditions. Residential hybrid systems: Centralize charge control for a household offgrid or backup system that uses a wind turbine and solar panels to maintain domestic battery storage. Remote or small community lighting: Provide consistent charging from mixed renewable sources for remote pathway or community lighting where grid access is limited. Why choose this controller Designed specifically for windsolar hybrid setups that need input capacity and dualvoltage flexibility. Reduces system complexity by handling both generation sources in one controller, while improving the efficiency of energy capture and battery charging. Suitable for applications where consistent lighting or residential power from hybrid renewables is required. Specifications summary Color: 48v Design: Dualvoltage hybrid charging controller Maximum input: 10000W wind turbines, 10000W solar panels Recommended applications: Windsolar hybrid street lights, home windsolar hybrid systems For system compatibility and installation planning, confirm that turbine, panel, battery, and inverter components match the controller input and voltage characteristics.