Size: 220V Product overview This wind and solar hybrid MPPT charge controller manages charging from both wind turbines and photovoltaic panels for off grid battery systems. It supports multiple system voltages and battery types, offers low standby consumption, and provides flexible load output control. The wind charging circuit includes booster MPPT technology to maintain efficient charging even at low wind speeds. Key benefits Multi voltage compatibility: works with 12V, 24V, 48V and 220V system voltages for broad application. Efficient wind charging: booster MPPT technology increases charging efficiency at low wind speeds and improves energy harvest. Flexible battery support: compatible with lead acid and lithium battery types; battery type selection presets wind charge parameters, and parameters can be customized. Low standby consumption: noload current 0.05 A conserves battery power when loads are inactive. Dual DC load outputs: two independent outputs with four selectable modes each, enabling different settings per output for optimized power use. Simple monitoring and setup: large LCD screen for clear status information and easy configuration. Technical specifications Systems rated voltage: 12V / 24V / 48V / 220V Important system limits that must be observed: (Wind power rating + photovoltaic rating) / System voltage 40 A Wind power rating / System voltage 25 A Photovoltaic rating / System voltage 25 A Noload current DC: 0.05 A Controller power supply mode: battery or photovoltaic panel Product 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 and humidity: 20 to +55 C, 35 to 85% RH (no condensation) What is included 1 wind and solar hybrid controller Typical applications Off grid cabin or remote home: combine a small wind turbine and rooftop solar to keep batteries charged for lighting, refrigeration and electronics. RV and marine systems: integrate wind and solar charging to extend autonomy while anchored or parked. Remote monitoring and telecom sites: provide reliable battery charging for sensors, repeaters and communication equipment where grid power is unavailable. Installation and configuration notes Select the correct system voltage and battery type before use to ensure the wind charge parameters are set appropriately. Verify that the combined wind and photovoltaic power ratings meet the listed current limits for your chosen system voltage. Use the LCD interface to charging and load output modes to match the application needs. This controller is designed for practical hybrid energy systems where efficient, flexible charging and reliable load control are required.