MPPT Wind Turbine Solar Charge Controller with Dump Load, 12V/24V/48V Auto Regulator, 500012000W

Wind Solar Hybrid System – MPPT Charge Controller with Dump Load **Key Benefits** Efficient energy capture from both wind turbines and solar panels in a single unit. Maximum Power Point Tracking (MPPT) constantly optimises the power output, increasing charging efficiency compared to conventional controllers. Integrated dump load automatically diverts excess energy, protecting batteries from over‑charge and maintaining system stability. Auto‑regulation adapts to 12 V, 24 V and 48 V battery banks, removing the need for separate voltage‑specific controllers. Scalable power options (5000 W, 6000 W, 8000 W, 10000 W, 12000 W) allow you to match the controller to the size of your renewable source and load demand. **Core Functions** Dual‑input design accepts wind turbine generators and photovoltaic panels simultaneously. MPPT algorithm tracks the voltage and current from each source, converting more raw energy into usable battery charge. Dump load circuitry engages when battery voltage reaches the set limit, channeling surplus power into a resistive load to avoid voltage spikes. Automatic voltage regulator maintains a steady charging voltage across the selected battery system (12 V, 24 V or 48 V). Built‑in protection features guard against short circuits, reverse polarity, over‑temperature and over‑current conditions. **Compatibility and Installation** Works with standard wind turbine generators rated up to 12 kW. Accepts solar panel arrays up to 12000 W, compatible with typical monocrystalline or polycrystalline modules. Connects directly to battery banks using standard gauge wire; terminal blocks are clearly labelled for easy wiring. Compact metal enclosure measures approximately 350 mm × 250 mm × 150 mm, suitable for installation in tight spaces such as cabins, boat cockpits or utility shelters. Soft‑start function reduces inrush current during initial connection, extending the life of connected equipment. **Performance Highlights** Conversion efficiency exceeds 95 % under normal operating conditions. Charge current up to 80 A for 24 V systems, ensuring rapid battery replenishment even in low‑wind or low‑light periods. Temperature‑compensated charging adapts to ambient conditions, preserving battery health. Low standby power consumption keeps the system efficient when generation is minimal. **Typical Applications** 1. **Remote Off‑Grid Cabin** – Combine a small wind turbine with a rooftop solar array to keep a 24 V battery bank charged year‑round, providing reliable power for lighting, refrigeration and communication devices. 2. **Agricultural Farm Outpost** – Use a 5000 W solar panel field together with a medium‑size wind generator to run irrigation pumps, monitoring equipment and farm‑house lighting without relying on grid electricity. 3. **Marine Vessel or Yacht** – Install the controller on a boat with a 48 V battery system, linking both deck‑mounted solar panels and a wind turbine to maintain power for navigation electronics, refrigeration and onboard appliances while at sea. **Why Choose This Hybrid Controller** Consolidates wind and solar management into a single, space‑saving unit. Eliminates the need for separate charge controllers, dump loads and voltage regulators. Robust construction and built‑in safety features reduce maintenance and prolong system lifespan. Flexible power ratings let you start with a modest setup and upgrade as energy needs grow. This MPPT hybrid charge controller delivers a reliable, efficient solution for any off‑grid or supplemental power installation where wind and solar resources are available.