Advanced MPPT Boost Wind Turbine Controller — Key Benefits and Features Why you need it Maximizes charging in low-wind conditions: The advanced MPPT boost charging technology captures more energy when wind speeds are low, solving the common problem of poor charging and significantly improving energy yield compared with conventional controllers. Reliable in harsh environments: IP67 waterproofing and fully sealed construction protect electronics from dust and immersion, making the controller dependable for outdoor and exposed installations. Protects your battery and turbine: Integrated safety features reduce the risk of equipment damage and downtime, extending system life and giving you worry-free operation. Main features MPPT Boost Charging Technology: Actively optimizes turbine output to the battery, improving charging efficiency especially at low wind speeds. Automatic Voltage Detection: Automatically recognizes and configures for 12 V or 24 V battery systems for plug-and-play compatibility. Charging Capacity and Limits: Maximum charge current of 15 A for 12 V systems and 10 A for 24 V systems. Supports turbine power ratings of 500 W / 800 W. Robust Protective Functions: Includes overcharge protection, reverse connection protection, short-circuit protection, and high-temperature monitoring to safeguard the whole system. Durable, Weatherproof Construction: IP67 rating for dustproof and waterproof performance. Filled and sealed with thermally conductive silicone for improved heat dissipation and long-term durability. Lightweight and Easy to Install: Sealed construction maintains a lightweight form factor for straightforward mounting in a variety of locations. Compatibility and materials Compatible with 12 V and 24 V battery banks (automatic detection). Designed for small wind turbines up to the stated power ratings (500 W / 800 W). Encapsulated in thermally conductive silicone and sealed to IP67 standards for reliable outdoor use. Performance highlights Better low-wind charging performance vs. traditional controllers thanks to MPPT boost. Safety systems reduce risk of battery and controller failure. Thermal silicone filling improves heat transfer and component longevity while keeping overall weight low. Practical applications Remote cabins and off-grid homes: Improve battery charging when wind is inconsistent and protect the system from weather exposure. Marine and coastal installations: IP67 sealing and corrosion-resistant packaging allow use in damp, salt-air environments where splash and immersion are possible. Rural or agricultural sites: Reliable charging and built-in protections make it suitable for pump systems, monitoring stations, and other remote equipment powered by small wind turbines. What it delivers More usable energy from your turbine, especially in light wind Fewer maintenance issues due to weatherproofing and protective circuitry Straightforward compatibility with common 12 V and 24 V battery systems Note: Specifications retained as provided — MPPT boost technology, IP67 waterproof rating, thermally conductive silicone filling, overcharge/reverse/short/high-temp protections, automatic 12 V/24 V detection, 15 A max charge for 12 V, 10 A max charge for 24 V, supports 500 W / 800 W.