Product overview A hybrid charge controller designed for combined wind and solar systems. Supports 12 volt and 24 volt battery systems and manages up to 2000 watts of input power. Incorporates an MPPT boost charging function to improve conversion efficiency for lowvoltage charging and a dedicated dump load output to safely divert excess wind power. Key benefits Higher charging efficiency: MPPT boost mode optimizes energy harvest from both solar panels and wind generators, especially for 12 volt battery systems, improving charge rates under variable conditions. Reliable battery management: Automatically regulates charging to prevent overcharge and stabilizes system voltage for consistent battery performance. Safe wind integration: Builtin dump load output provides a controlled path for excess wind energy, protecting the wind generator and the battery when production exceeds storage capacity. Flexible compatibility: Works with common 12 volt and 24 volt battery systems and accepts inputs from both wind turbines and photovoltaic panels, simplifying hybrid installations. Simple system expansion: Supports up to 2000 watts of generation capacity, making it suitable for small to medium offgrid and hybrid energy setups. Main functions and attributes Function: Hybrid charge controller for simultaneous wind generator and solar panel inputs with intelligent power management and dump load control. Charging technology: MPPT boost charging to raise charging voltage and improve energy conversion on lowvoltage battery banks. Voltage compatibility: Selectable for 12 volt or 24 volt battery systems. Power handling: Rated for up to 2000 watts of generation input. Dump load: Dedicated output for diverting surplus wind power to a resistive load to prevent overspeed or battery overcharge. Controls: Automatic regulation between charge sources, with priority and cutoff behavior to protect batteries and equipment. Construction: Engineered for electrical control and protection in hybrid renewable systems. Practical use scenarios Remote cabin or offgrid home: Combine a small wind turbine and solar array to charge a 12 volt or 24 volt battery bank. MPPT boost helps maximize charging during lowvoltage conditions, while the dump load protects the turbine during winds. Marine or mobile installations: Use on boats or mobile cabins that rely on both wind and solar generation. The controller manages variable inputs and maintains stable charging for onboard batteries. Small telecom site or field equipment: Power monitoring equipment at a remote site with hybrid generation. The controller supports up to 2000 watts and diverts excess wind energy, reducing maintenance interventions. Why choose this controller Designed for hybrid wind and solar setups where both sources must be managed together. MPPT boost function improves energy capture for 12 volt systems and helps maintain charging under variable output conditions. Builtin dump load makes integration with wind turbines safer and more reliable. Supports straightforward integration into existing 12 volt or 24 volt battery systems with up to 2000 watts of generation. Compatibility and integration notes Intended for use with wind turbines, photovoltaic panels, and 12 volt or 24 volt battery banks. Size and mounting considerations will depend on the installation; ensure adequate ventilation and placement in a weatherprotected location if used near outdoor equipment. For results pair with appropriately sized dump load resistor or heating element specified for your turbine output and local installation requirements. This controller provides a practical solution for hybrid renewable systems that need controlled charging, improved conversion for lowvoltage batteries, and safe wind turbine integration.