This wind charge controller is designed to maximize energy capture from wind turbines and to simplify system setup and operation. It applies an MPPT control algorithm for wind charging to maintain maximum power point tracking even at low wind speeds. The controller supports common battery systems and offers a clear color display and a straightforward fourkey human machine interface for convenient configuration. Key benefits Improved energy harvest at low wind speeds through a dedicated MPPT control algorithm. Reduced installation complexity with support for 12V, 24V, and 48V battery systems; automatic battery voltage recognition is available as an option. Clear, comprehensive monitoring and easy configuration via a fullcolor display and fourkey interface. Optimized battery charging and higher overall conversion efficiency using a wind threestage charging strategy: MPPT charging, lifting charging, and floating charging. Features and functions MPPT wind charging algorithm that tracks and extracts maximum power under variable wind conditions. Compatibility with 12V, 24V, and 48V battery systems; optional automatic recognition simplifies commissioning. Color display that presents operating parameters and status information in a clear format. Fourkey human machine interface for intuitive navigation and setting adjustments. Wind threestage charging mode to manage battery charging phases and improve energy conversion and battery longevity. Performance and compatibility Designed for use with small to medium wind turbine systems and battery banks using 12V 24V or 48V configurations. Charging strategy tailored for windgenerated power to handle fluctuating input while protecting and charging the battery efficiently. Suitable for integration into offgrid and hybrid energy systems where reliable wind charging is required. Typical applications Offgrid residential power systems using a wind turbine and battery bank to supply household loads. Remote monitoring or communication stations where wind power provides primary or supplemental energy and long battery life is critical. Hybrid microgrids combining wind and other renewable sources to increase renewable penetration and maintain stable battery charging. Practical advantages Makes it easier to harvest usable energy from low wind conditions. Simplifies setup with automatic voltage handling options and an easytoread control interface. Balances charging stages to reduce stress on batteries and improve overall energy conversion. This controller provides a practical, userfriendly solution for improving wind power charging performance and simplifying system management without adding complexity to installation or daily operation.