Srliya Solar Exhaust Fan Kit, 15W Solar Powered Dual Fan Ventilator with IP67, for Small Chicken Coop Greenhouse Shed Pet House Window Ventilation

Specification: Item Type: Solar Exhaust Fan Kit Material: Plastic, Aluminum Alloy Weight: Approx. 1587.00g/55.98oz Current: 0.5A Power: 6W Speed: 2688RPM 15W Solar Panel: Without Battery Storage Function Maximum Power Output (Pm): 15W Maximum Power Current (Imp): 1.25A Short Circuit Current (Isc): 1.37A Solar Panel Size: Approx. 350x235x15mm/13.8x9.3x0.6in Fan Size: Approx. 300x160mm/11.8x6.3in, 260x120mm/10.2x4.7in Application: for Small Chicken Coop, Greenhouse, Shed, Pet House, Window Ventilation How to Use: 1. Install the solar panel at a 90° angle to effectively utilize solar energy for charging. 2. Connect the positive and negative wires correctly to allow the fan to be driven by solar power. The faster the sunlight intensity, the faster the fan speed. If there is no sunlight, the fan will not rotate. Simply turn on the exhaust fan switch when not in use. packing list: 6 x Screws 4 x Plastic Expansion Tubes 2 x Accessories 1 x Bracket 1 x Fan with 92cm Switch Power Cord 1 x Solar Panel with 4.5m Power Cord 1 x User Manual

• Efficient Dual Fan Design: The solar exhaust fan kit features a dual fan setup that effectively removes hot air and smell, allowing freshing wind to enter the space, enhancing ventilation.
• IP67 Water Proof: Made of plastic and aluminum alloy material, the solar powered exhaust fan is IP67 water proof, making it dependable for outdoor use even in harsh weather conditions.
• Easy Installation: Simply connect the solar panel to the ventilation fan interface and place it under sunlight to operate. No complex setup is required, offering a convenient experience.
• Ideal For Hot Seasons: Excellent for small chicken coops, greenhouses, sheds, pet houses, and window exhaust during hot weather, providing effective cooling and ventilation.
• Sunlight Dependent Operation: The fan speed varies with sunlight intensity. It operates slower when sunlight is weak, highlighting its dependency on solar energy for functionality.