MPPT Wind Energy Controller Key benefits — why you need it Maximize energy harvest: Advanced MPPT boost charging technology captures more power from variablespeed turbines, improving charging efficiency by up to 30% compared with traditional controllers in lowwind conditions. Reliable, handsoff operation: Automatic 12V / 24V detection and switching simplifies setup and prevents wiring errors, so the controller integrates easily with different battery systems. Built for harsh outdoor use: IP67rated, dustproof and waterproof enclosure with a wide operating range (35°C to 65°C) supports continuous operation in challenging environments. What it does (core functions) MPPT boost charging: Dynamically adjusts voltage to keep the turbine operating at points, reducing energy loss and increasing overall system effectiveness. Automatic voltage compatibility: Detects and switches between 12V and 24V battery banks without manual configuration. Controlled charging output: Provides a maximum charging current of 15A for 12V systems and 10A for 24V systems to safely charge batteries. Input and power handling: Supports a maximum input AC voltage of AC35V and a carrying power of 800W for a variety of small to midsized wind turbine setups. Key specifications Charging method: MPPT boost charging technology Battery compatibility: Automatic 12V / 24V detection and switching Maximum charging current: 15A (12V), 10A (24V) Maximum input AC voltage: AC35V Carrying power: 800W Protection rating: IP67 (dustproof and waterproof) Operating temperature range: 35°C to 65°C Enclosure: Rugged, weatherresistant housing for outdoor use Why it stands out Better performance in low and variable wind: The MPPT boost algorithm is tuned for variable turbine speeds, yielding measurable efficiency gains compared to traditional controllers. Plugandplay compatibility: Automatic voltage switching reduces setup time and risk of incorrect configuration. Built to last outdoors: IP67 enclosure and wide temperature tolerance make it suited for exposed installations without needing additional weatherproofing. Practical applications (use scenarios) Remote offgrid cabin: Pair with a small wind turbine and a 12V battery bank to provide reliable lighting and smallload power where grid access is not available. Telecommunications or monitoring stations: Use with a 24V battery system to keep radios, sensors, or repeaters powered in remote locations with unpredictable wind. Rural or marine installations: Integrate with standalone wind turbines to charge batteries for lighting, pumps, or instrumentation in harsh outdoor or maritime environments. What to expect in the field Improved energy capture during fluctuating wind conditions, leading to faster or more consistent battery charging. Reduced maintenance and simpler setup due to automatic voltage detection and a durable, weatherproof enclosure. Safe charge control within the specified maximum currents for 12V and 24V systems. Compatibility and installation notes Designed to work with a variety of small wind turbine setups; verify turbine and battery ratings do not exceed the controller's maximum input (AC35V) and carrying power (800W). Ensure wiring and fusing follow local electrical codes and battery manufacturer recommendations for safe operation. This MPPT Wind Energy Controller provides optimized charging performance, automatic battery compatibility, and durable outdoor protection to increase the reliability and efficiency of windpowered battery systems.