2000W Wind and Solar Hybrid Charge Controller Wind and Solar Complementary Regulator with 24V Automatic Identification and MPPT Boost Charging What this product does Manages power from both wind turbines and solar panels in a single controller so both sources work together rather than separately. Automatically identifies and configures for 24V battery systems, simplifying setup and reducing configuration errors. Uses MPPT boost charging to increase energy conversion from the solar array, improving charging efficiency and reducing energy loss. Key benefits Better energy yield: MPPT boost charging extracts more usable energy from solar panels under varying light conditions. Reliable hybrid operation: The complementary regulator coordinates wind and solar inputs so available power is used efficiently and charging is continuous when either source is producing. Simple setup for 24V systems: Automatic identification removes manual voltage selection and reduces setup time. Scalable power handling: 2000W rating supports small to medium offgrid systems where both wind and solar are used together. Main functions and attributes Function: Hybrid charge regulation for wind and solar systems; MPPT boost charging to improve conversion rates. Power rating: 2000W combined handling suitable for mixedsource installations. Voltage compatibility: Designed for 24V battery systems with automatic identification and configuration. Operation: Coordinates inputs from wind and solar sources to complement each other and supply steady charging to the battery bank. Performance focus: MPPT boost mode improves photovoltaic conversion efficiency, especially under low or varying irradiance. Installation and compatibility Connects to a 24V battery bank and to one or more wind turbine and solar panel sources within the 2000W capacity. Suitable for systems where a unified regulator for both wind and solar is preferred instead of separate controllers. Intended for standard offgrid electrical setups; check turbine and PV array output to ensure combined input remains within the 2000W limit. Practical use scenarios Offgrid cabin: Combine a small wind turbine and rooftop solar array to maintain a 24V battery bank for lighting, refrigeration, and communications equipment, with the controller optimizing charge from both sources. Marine or RV installation: Use wind and solar together while underway or at anchor to keep a 24V service battery charged with minimal manual intervention. Remote equipment site: Power monitoring and small loads at a remote location where wind is intermittent and solar production varies; the controller prioritizes and balances inputs to maintain reliable battery charge. Why choose this type of controller Reduces the need for multiple controllers by handling both wind and solar inputs in one device. Simplifies installation and daily operation through automatic 24V identification. Improves overall system efficiency with MPPT boost charging, making the most of available solar energy. Note Confirm that total input from wind and solar does not exceed the 2000W rating and that the battery bank is 24V before installation.