Reliable wind turbine controller engineered for demanding environments. Industrial grade components and controlled manufacturing deliver a long service life while specialized electronics optimize charging from both wind and solar sources. Key benefits Built to last: Industrial grade components and rigorous manufacturing processes reduce failure risk and extend operational life in harsh conditions. Efficient energy capture: PWM technology together with MOS tube switching maximizes charging efficiency for wind turbines and solar panels, while continuously tracking the solar panel maximum current in real time. Stable thermal performance: Aluminium housing and a multilateral base plate provide fast, consistent heat dissipation to maintain reliable performance over time. Weatherproof operation: IP67 waterproof protection allows safe use in extremely wet environments, including heavy rain and spray. What this controller does for you Improves how much usable energy you collect from wind and solar systems by optimizing charge flow and monitoring panel current. Maintains steady operation in challenging climates thanks to durable construction and effective cooling. Reduces maintenance needs and downtime by protecting internal electronics from moisture and heat stress. Key attributes Function: Combined wind turbine and solar energy charging controller with realtime solar current tracking. Technology: PWM control and MOS tube switching for efficient power handling. Material: Aluminium housing with multilateral base plate for rapid heat dissipation. Protection: IP67 rated for dust tight and temporary immersion protection. Performance: Designed for long service life under harsh environmental conditions. Typical applications Off grid cabins and rural homes where reliable charge control is required for battery systems supplied by wind and solar. Marine and coastal installations subject to spray and heavy rain where waterproofing and corrosion resistance are essential. Remote equipment sites such as telecom repeaters or weather stations that require low maintenance and continuous power regulation. A practical, durable solution for managing wind and solar charging in environments where reliability, efficient energy capture, and weather resistance are essential.