Product overview This wind turbine charger controller regulator is designed to manage vertical wind turbine kits and their battery charging automatically. It combines charge control, braking, and rectification into an integrated module to provide efficient, reliable power management for small wind systems. Key benefits Automatic battery charging: Controls turbine output to charge battery banks efficiently without manual intervention. Ensures continuous, seamless powering of vertical wind turbines and connected batteries. Intelligent battery management: When the battery reaches full charge, the controller automatically engages an internal braking circuit to slow the turbine. This prevents overcharging and reduces strain on the turbine and battery. Recovery voltage function: Charging automatically resumes once battery voltage falls to a preset recovery level. This keeps the system operating at performance and avoids repeated manual resets. Integrated module design: Rectifier and braking circuits are built as integrated modules, improving conversion efficiency and overall reliability of the wind turbine system. Compatibility and ease of integration: Engineered for use with vertical wind turbine kits and battery storage systems, suitable for retrofit or installations. Core functions and attributes Function: Automatic charge regulation, fan braking via internal circuit, rectification, and recoverybased recharge control. Compatibility: Intended for vertical wind turbine kits and associated battery banks. Performance: Designed to maintain reliable charging cycles, protect battery health, and reduce mechanical stress on turbines through controlled braking. Design: Integrated module architecture for compact installation and streamlined wiring. Practical applications Offgrid residential systems: Maintain battery banks for cabins or remote homes powered primarily by vertical wind turbines, reducing manual monitoring and shutdown risk. Hybrid renewable setups: Pair with solar arrays and battery storage to form a small microgrid where the controller manages wind contribution safely and efficiently. Remote power for equipment: Provide dependable battery charging for remote lighting, sensor stations, or irrigation pumps that rely on small vertical wind turbines. Why customers need this controller Simplifies wind system operation by automating charging and braking actions. Protects both batteries and turbines from overcharge and unnecessary wear. Restores charging automatically without operator intervention when battery voltage drops, keeping equipment available when needed. Integrated modules improve conversion efficiency and reduce system complexity during installation and maintenance. What it solves Eliminates manual charge management and frequent monitoring. Prevents battery overcharge and turbine overspeed when batteries are full. Ensures continuous readiness by resuming charging at recovery voltage, avoiding prolonged downtime. This controller is a practical component for anyone installing or maintaining vertical wind turbine kits that require automated, reliable battery charging and turbine protection.