3000W MPPT Hybrid Wind Solar Charge Controller 48V Boost with Large LCD Display

Product overview This wind and solar hybrid charge controller manages charging from both wind turbines and photovoltaic panels for systems rated at 12V, 24V, 48V, or 220V. It supports common battery types including lithium and provides configurable control and protection to maximize charging efficiency and battery life. Key benefits Hybrid charging: Combines wind and solar input with coordinated control to make use of both energy sources and reduce downtime. Efficient wind charging: Integrated booster MPPT technology for the wind input improves charging performance and maintains charging at low wind speeds. Flexible compatibility: Works with 12V, 24V, 48V, and 220V systems and common battery chemistries, including lithium. Low standby draw: Noload current 0.05A helps preserve battery energy when loads are inactive. Easy setup and : Wind charge parameters are automatically set after selecting battery type, with options for manual adjustment for advanced tuning. Dual DC outputs: Two independent DC load outputs, each offering four configurable output modes so loads can be managed separately for improved system efficiency. Clear monitoring: Larger LCD screen simplifies parameter viewing and controller operation. Electrical limits and installation notes Systems rated voltage: 12V, 24V, 48V, 220V. To remain within safe operating limits, the following conditions must be met: The sum of the wind power rating and the photovoltaic rating divided by the system voltage must not exceed 40A. The wind power rating divided by the system voltage must not exceed 25A. The photovoltaic rating divided by the system voltage must not exceed 25A. Noload current (DC): 0.05A. Controller can be powered from the battery or directly from the photovoltaic panel during daylight. Physical and environmental specifications Controller size: 167 x 145.5 x 61.8 mm (6.57 x 5.73 x 2.43 in). Package size: 360 x 250 x 120 mm. Operating temperature range: 20 to +55 C. Operating humidity: 35 to 85 percent relative humidity, noncondensing. What is included 1 wind and solar hybrid controller Performance and control features Booster MPPT for wind input improves energy capture from low wind conditions and supports continuous charging. Battery selection presets ensure appropriate charge profiles out of the box. Users may modify parameters to match custom batteries or system requirements. Independent load outputs with selectable modes enable timed switching, priority control, or manual on/off control for appliances, lighting, or other DC loads. Compact footprint fits into many enclosure layouts while providing robust control features. Practical applications Offgrid cabin or remote home: Manage combined PV and wind charging to keep batteries charged for lighting, refrigeration, and communications. Telecom or monitoring stations: Provide reliable hybrid charging for 12V or 24V remote sites where consistent power is required for sensors and radios. Mobile or small marine systems: Support 12V or 24V battery banks on boats or RVs by coordinating solar and small wind sources and controlling DC loads. Why this controller This controller is a practical choice when you need a single device to manage both wind and solar charging while supporting multiple system voltages and battery chemistries. The wind MPPT boost, low noload current, dual configurable outputs, and useradjustable parameters provide the tools needed to optimize charging performance and adapt to varying site conditions.