Advanced MPPT Wind Charge Controller with Boost Low Speed Charging What it does Uses advanced maximum power point tracking technology combined with boost low speed charging to extract up to 30 percent more power from wind turbines compared to conventional controllers. Especially effective in low wind conditions, it increases usable energy and improves overall system efficiency. Acts as a versatile voltage converter and controller between wind turbine input and battery storage, optimizing power flow for maximum output. Key benefits Higher energy harvest: Advanced MPPT plus boost charging increases energy capture, delivering more usable power from the same wind resource. Better lowwind performance: Boost low speed charging raises output when turbine RPMs are low, helping systems produce usable power under lighter winds. Clear system control and monitoring: 2.0 inch TFT LCD shows input voltage, input current, input power, battery status, fan speed, MPPT status, and braking status. Four intuitive control buttons allow easy adjustments and . Adaptable to different systems: Automatic battery voltage detection and voltage range settings let the controller fit a variety of wind setups and battery system voltages. Reliable protection: Builtin protection features include overcharge prevention, overdischarge prevention, and wind protection. An integrated brake resistor automatically engages during wind speeds or when batteries are full, preventing system stress and helping maintain safe operation. Functional highlights Advanced MPPT algorithm maximizes power extraction from varying wind conditions. Boost converter architecture enables voltage conversion for higher power output, with useradjustable voltage range. Realtime status feedback via the 2.0 inch TFT LCD and four control buttons for configuration and system tuning. Automatic detection of battery voltage simplifies installation and ensures correct operating range. Compatibility and installation Designed for use with wind turbine systems and battery banks in small to medium offgrid applications. Suitable for a range of battery voltages thanks to automatic detection and configurable settings. Compact form factor for mounting in equipment cabinets or enclosures commonly used in wind power systems. Protection and reliability Overcharge and overdischarge protection help preserve battery life and system stability. Wind protection and automatic brake resistor activation manage turbine output in wind events or when batteries are fully charged. Fan speed monitoring provides visibility into thermal management status. Typical applications Offgrid residential or cabin power systems that rely primarily on wind energy and battery storage. Remote telecom, lighting, or monitoring stations where consistent power harvesting and automated protection are required. Small agricultural or pump systems using wind turbines to charge battery banks for intermittent or continuous loads. Why choose this controller If you need to get more energy from a wind turbine, particularly in low wind areas, this controller boosts harvest and improves conversion efficiency. It simplifies system setup with automatic battery voltage detection and provides clear, realtime monitoring and easy user control. Integrated protection features and automatic braking reduce the risk of system damage during wind or full battery conditions. Specifications and indicators (as provided) MPPT technology with boost low speed charging 2.0 inch TFT LCD for realtime data display Displays input voltage, input current, input power, battery status, fan speed, MPPT status, braking status Four control buttons for configuration Automatic battery voltage detection and voltage range Integrated brake resistor with automatic activation Protections include overcharge, overdischarge, and wind protection This controller is intended for integration into wind power systems to maximize energy capture, provide configurable control, and protect both turbine and battery components.