Hybrid MPPT Charge Controller 24V 5000W with Boost Function for Wind Solar Hybrid System Efficiency

Product overview A hybrid MPPT charge boost controller designed for combined wind and solar systems. Available for wind turbine ratings of 5000W, 6000W, 8000W, 10000W, and 12000W. Configured for 24V battery systems and equipped with a booster function to improve turbine start performance and charge efficiency. Key benefits Hybrid control for wind and solar: Manages input from both wind turbines and solar panels to deliver coordinated charging to a 24V battery bank. MPPT boost maximizes energy capture: MPPT technology optimizes voltage and current to increase charging efficiency from solar modules and wind input. Booster function improves lowwind startup: Provides additional support to help wind turbines start turning and contribute power at lower wind speeds. Scalable power options: Choose from 5000W, 6000W, 8000W, 10000W, or 12000W models to match turbine size and system demand. Simplifies system integration: Designed to interface directly with 24V battery systems and conventional solar PV arrays for hybrid installations. Main functions and attributes Function: Hybrid MPPT charge controller with boost capability for wind turbine startup and optimized solar charging. Compatibility: Works with wind turbine systems rated at 5000W through 12000W and solar panel arrays in 24V battery configurations. Voltage: Designed for 24V battery banks and associated system components. Performance: Focused on efficient energy conversion and coordinated power flow between wind, solar, and batteries. Form factor: Designed for straightforward mounting and connection in typical offgrid and hybrid system enclosures. What makes it stand out Combined wind and solar management in a single controller reduces wiring complexity and component count. MPPT boost increases usable output from both renewable sources compared with basic controllers. Multiple power rating options let installers select the controller that matches turbine capacity and expected load. Practical applications and use scenarios Offgrid home or cabin power: Combine a small wind turbine and rooftop solar to charge a 24V battery bank for lighting, appliances, and inverter loads. The booster function helps generate power earlier in the day when wind speeds are modest. Remote telecom or monitoring site: Maintain a reliable battery bank for essential electronics by using both wind and solar inputs. The MPPT boost improves charge efficiency during variable sunlight and wind conditions. Agricultural pump or lighting system: Power water pumps, fencing, or field lighting where grid connection is not available. The controller coordinates wind and solar contributions to keep batteries charged and reduce generator run time. Installation and selection tips Select the controller power rating that equals or slightly exceeds the wind turbine rated output: available options are 5000W, 6000W, 8000W, 10000W, and 12000W. Ensure the battery bank is a 24V configuration to match the controller design. Pair the controller with appropriately sized solar panels and wiring to match system current ratings and minimize voltage drop. This controller is intended for integrators and installers who need a single device to manage hybrid wind and solar charging on 24V systems, with options to suit a range of turbine sizes and system loads.