Product overview A 12V wind charge controller designed for reliable charging and power management in turbine systems. Combines automatic charging control with an integrated braking function, modular rectification and braking modules, and durable construction to maintain performance in harsh environments. Key benefits Protects battery and turbine fan: Automatic charging control with a builtin brake function prevents overcharge and provides controlled deceleration, extending component life. Efficient power management: Smart charging logic optimizes energy transfer to the 12V battery system, improving overall charging efficiency. Improved heat management and reliability: Modular rectification and braking modules separate heat sources and improve dissipation, reducing the risk of thermal stress and improving longterm system reliability. Weather resistant for field use: Fully sealed housing with an IP67 rating allows operation in wet and dirty conditions and supports longterm outdoor deployment. quality thermal design: Aluminum alloy housing with a multi bottom plate design maximizes heat transfer and cooling to support sustained conversion performance. Key functions and compatibility Designed for use with 12V wind turbine charging systems and MPPT control setups. Integrated rectification converts AC turbine output to DC while the braking module provides active control of rotor speed and load. Smart charging automates battery charge control and brake engagement to match system conditions. Materials and construction Durable aluminum alloy enclosure for structural strength and thermal conductivity. Multi bottom plate architecture to channel heat away from critical electronics and maintain operating temperatures. Fully sealed IP67 rating for protection against dust ingress and temporary water immersion. Performance highlights Reliable operation in offshore and onshore environments where exposure to moisture and dust is common. Modular internal layout improves maintainability and reduces thermal coupling between dissipation components. Designed to support MPPTcontrolled systems for better conversion efficiency when integrated with compatible controllers. Practical applications Remote offgrid cabin or small farm: Charge a 12V battery bank from a small wind turbine to power lighting, pumps, and communications equipment. Hybrid microgrid: Work alongside MPPT solar controllers in a mixed renewable setup to stabilize battery charging and manage excess wind energy through braking. Coastal or marine monitoring station: Provide robust, weatherproof charging and rotor control for environmental sensors and telemetry equipment exposed to harsh conditions. What makes this controller stand out Combined smart charging and braking in a single, modular unit reduces wiring complexity and simplifies system integration. IP67 sealing and aluminum thermal design make it suitable for demanding outdoor applications. Modular rectification and braking improve heat dissipation and longterm reliability when used with MPPT turbine control systems.