1500W Wind Turbine Charge Controller 12V 24V 48V IP67 Waterproof Automatic Wind Generator Regulator

1500W Wind Turbine Charge Controller 12V 24V 48V IP67 Waterproof Automatic Wind Generator Regulator Description

Wind Power Charge Controller, Size 12V, Black Overview This waterproof wind generator charge controller manages battery charging from small wind turbines and protects the battery from overcharge. It automatically detects system voltage and regulates charge current for stable, efficient operation. Key benefits Automatic voltage identification: detects and configures for DC 12V, 24V, or 48V systems, simplifying setup and reducing configuration errors. Broad compatibility: supports wind turbine output for battery systems up to 1500W, making it suitable for many small offgrid installations. Durable and weather resistant: aluminum alloy housing and IP67 protection level for reliable outdoor use. Low standby drain: static power consumption only 8 mA to minimize battery draw when idle. Main specifications Size: 12V Color: Black Condition: 100 percent Item type: Wind generator charge controller Material: Aluminum alloy Applicable power: up to 1500W Operating voltage: DC 12V, 24V, or 48V (automatic identification) Output current: 10 to 16 A Static power consumption: 8 mA Protection level: IP67 Package includes: 1 waterproof battery charge controller Why this controller solves common problems Prevents battery overcharge and unmanaged turbine output by regulating charge current and voltage. Reduces installation complexity by automatically identifying system voltage and adapting accordingly. With IP67 protection and an aluminum housing, the controller withstands outdoor conditions that would damage indooronly units. Installation and precautions Ensure the wind turbine output voltage matches the battery rated voltage before connecting. Follow the wiring exactly: first connect the battery positive and negative terminals, then connect the threephase output from the wind turbine. Strictly follow wiring instructions. Reversing polarity or connecting to the wrong terminals can cause malfunction or permanent damage to the controller. Example use scenarios Offgrid cabin: charge a 12V or 24V battery bank from a small wind turbine to power lights and small appliances. Marine and boating: integrate with a DC battery system to maintain charge while anchored or cruising. Remote telecom or monitoring sites: keep batteries charged for sensors and communication equipment where grid power is unavailable. Notes Confirm system voltages and wiring before powerup. The controller is intended for use with wind turbine systems and compatible DC battery banks up to the specified power and current limits.