Wind and Solar Hybrid Charge Controller for 24V Systems Available power options: 5000W, 6000W, 8000W, 10000W, 12000W Overview This hybrid charge controller accepts both wind turbine and solar panel input and delivers boost charging to 24V battery systems. Offered in five power capacities, the controller manages combined renewable inputs to charge batteries efficiently and reliably in offgrid and hybrid power installations. Key benefits Hybrid input support: Accepts wind and solar energy simultaneously so you can use both generation sources without manual switching. Boost charge function: Provides a targeted boost charging mode to quickly up 24V battery banks when needed. Scalable power options: Choose the model that matches system size and load requirements, from 5000W up to 12000W. Simplifies system design: Consolidates charge control for wind and solar into one device, reducing wiring complexity and component count. Improves uptime: Helps maintain battery state of charge across variable wind and solar conditions to support continuous operation of connected loads. Core functions and compatibility Functions: Hybrid charge control for wind and solar inputs, boost charging for 24V battery systems. Compatibility: Designed for 24V battery banks and compatible with common small to medium wind turbines and solar PV arrays with combined output up to the selected model rating. Models: 5000W, 6000W, 8000W, 10000W, 12000W, all rated for 24V operation. Performance and installation highlights Rated continuous power is equal to the model designation up to 12000W at 24V, enabling selection based on energy production and load. Compact form factor for panel or enclosure mounting minimizes space requirements in power cabinets. Robust electrical design intended for integration into offgrid energy systems and hybrid installations. Practical applications Offgrid residential cabin: Combine rooftop solar and a small wind turbine to keep a 24V battery bank charged year round and provide reliable lighting and appliance power. Remote communications or telemetry site: Maintain battery backup for radios, repeaters, or sensors using both wind and solar generation to maximize uptime. Agricultural or rural power system: Power pumps, lighting, and control equipment at a remote farm location where grid connections are unavailable. What to consider when choosing a model Match the controller rating to the combined maximum output of your wind turbine and solar array and to the expected loads on the 24V system. Select a model with a continuous power rating at or above your peak expected generation to prevent overload. Plan enclosure mounting and wiring to local electrical codes and follow safe installation practices. This hybrid charge controller provides a practical solution for integrating wind and solar generation into a single 24V charging system, available in multiple power sizes to suit small to large offgrid installations.