Hybrid wind and solar charge controller available in 5000W, 6000W, 8000W, 10000W, and 12000W models for 24V battery systems. Designed to manage combined inputs from wind turbines and solar panels with a boost charge function to improve battery charging when energy availability is limited. Key benefits Combines wind and solar inputs into a single charging controller to simplify system design and reduce wiring complexity. Boost charge function increases charging power when battery voltage is low, helping restore battery capacity faster during short generation windows. Scaled power options let you match controller capacity to system size, from small offgrid installations to larger remote power systems. Designed for continuous use within the rated wattage for each model to support sustained charging and loads. Compatible with common 24V battery banks and a wide range of wind turbines and PV arrays when sized appropriately. What this product does Manages and coordinates energy from wind turbines and photovoltaic panels to charge a 24V battery bank. Applies boost charging when required to bring batteries back to a healthy state more quickly than standard charging modes. Protects the battery by controlling charge flow and reducing the risk of overcharge through regulated charging behavior. Compatibility and selection guidance Available models: 5000W, 6000W, 8000W, 10000W, and 12000W. Choose the model with a continuous power rating equal to or greater than the combined output of your wind and solar sources. Intended for 24V battery systems. Confirm battery and inverter system voltage compatibility before installation. Requires proper wiring, fusing, and breaker sizing according to system current and local electrical codes. Performance and installation notes Rated to handle continuous charging up to the named wattage for each model. Select the correct model based on array and turbine output. Boost charge function activates when battery voltage falls below a set threshold to accelerate charging recovery. Install in a dry, ventilated location with sufficient clearance for cabling and heat dissipation. Follow manufacturer wiring and mounting instructions. Practical applications Offgrid cabin or vacation home: Combine a small wind turbine and rooftop PV array to keep a 24V battery bank charged for lighting, refrigeration, and communications equipment. Remote communications or monitoring site: Maintain reliable battery backup for radios, sensors, and controllers where grid power is not available. Farm or rural water pumping: Use hybrid generation to charge batteries that supply power to DC pumps or an inverterfed AC pump controller during variable weather. Why this controller stands out Multisource coordination reduces the need for separate controllers for wind and solar, simplifying system architecture. Multiple wattage models provide flexibility for systems from modest to power demand without changing system voltage. Boost charge capability helps recover depleted batteries faster, improving system uptime when generation is intermittent. Ordering and sizing tip Evaluate the peak and continuous output of your wind turbine and PV array, then select the controller model with at least that power rating for continuous operation. Confirm system wiring and protections meet electrical requirements. This hybrid charge controller supports integration of wind and solar generation into 24V battery systems, offering model choices from 5000W through 12000W and a boost charge function to improve charging performance in variable resource conditions.