Wind Solar Hybrid MPPT Charge Controller with Dump Load Hybrid offgrid charge controller designed for combined wind turbine and solar array systems. Optimizes power harvest with MPPT control, protects battery banks from overcharge, and diverts excess energy to a dump load. Compatible with 12V, 24V, and 48V battery systems and designed to work with wind turbine generators rated for 24V up to 12000W. Key benefits Better energy yield: MPPT tracking maximizes the power extracted from both wind and solar sources, improving system efficiency compared with simple regulators. Battery protection and longevity: Automatic charge regulation prevents overcharging and reduces the need for manual intervention. Smart excess power management: Builtin dump load output allows safe diversion of surplus wind energy to resistive loads, preventing battery overvoltage during production. Flexible system compatibility: Supports 12V, 24V, and 48V battery banks, and is compatible with wind turbine generators specified at 24V up to 12000W. Simplified offgrid integration: Designed for hybrid setups where a single controller manages inputs from wind turbines and photovoltaic arrays, reducing wiring complexity and equipment footprint. Core functions and features MPPT charge control for optimized harvesting from wind and solar sources. Dump load diversion to protect batteries from overcharge by converting excess energy into heat through a resistive load. Automatic battery voltage recognition and support for 12V, 24V, and 48V configurations. Offgrid controller functionality tailored to wind turbine generator applications with 24V and up to 12000W capacity. Compatibility and installation notes Works with common offgrid battery bank voltages: 12V, 24V, and 48V. Intended for hybrid systems combining wind turbines and solar panels; the dump load must be sized to match turbine output and local requirements. Can be integrated into or existing offgrid systems to centralize charge regulation for mixed renewable inputs. Performance and construction MPPT algorithm enhances conversion of variable wind and solar inputs into steady battery charging current. Designed to handle fluctuating input from wind turbines while maintaining stable battery management. Durable design suitable for standard offgrid installations; install in a ventilated, dry location and follow local electrical codes. Practical use scenarios Remote cabin power: Combine a small wind turbine with solar panels for continuous charging. The controller maximizes energy capture and diverts surplus to a dump load to prevent battery overcharge during windy periods. Offgrid telecommunication or monitoring station: Maintain reliable battery charging from variable wind and solar sources. The hybrid controller centralizes charge control and provides dump load protection when production exceeds storage capacity. Agricultural or pump systems: Power water pumps or control equipment in rural settings where wind and solar complement each other. The controller manages inputs and protects the battery bank to ensure consistent operation. What to consider before Confirm battery bank voltage and ensure it is set to 12V, 24V, or 48V as required. Size the dump load to safely absorb the maximum expected surplus energy from the wind turbine, especially if turbine output approaches the 12000W range for 24V systems. Verify wiring, fusing, and grounding meet local electrical standards and turbine manufacturer recommendations. This hybrid MPPT charge controller provides a practical solution for integrating wind turbine generators and solar arrays into offgrid battery systems, with automatic battery management and dump load protection to maintain reliable operation.