Solar Powered Fan Kit 100W High Speed Effective Cooling for

Spec: Item Type: Solar Powered Fan Material: ABS + aluminum alloy Power: 100W Maximum Recommended Space: 200㎡ Wind Speed: 3000rpm Gross Weight: Approx. 749g/1.7lb Solar Panel Size: Approx. 28 x 28cm/11.0 x 11.0in, Fan Size: Approx. 27 x 27cm/10.6 x 10.6in Fitment: For Greenhouse, chicken coop, dog kennel PackageList: 1 x Fan 1 x Solar Panel 1 x Connection Cable 1 x Instruction Manual

• [WIDE APPLICATION] Designed for versatility, this solar powered fan kit is ideal for a variety of environments including greenhouses, chicken coops, and dog kennels, providing a sustainable cooling solution. Harness the sun's energy to reduce your carbon footprint while improving air circulation where it's needed most, ensuring a comfortable living space for your animals and plants.
• [EFFECTIVE COOLING] Achieve a refreshing atmosphere with our powerful solar powered fan. Engineered to efficiently expel hot air, this system will significantly lower indoor temperatures, creating a more pleasant environment. Say goodbye to stuffy conditions and hello to revitalized airflow that enhances comfort and productivity in your greenhouse or barn.
• [HIGH SPEED PERFORMANCE] Experience exceptional airflow with speeds reaching up to 3000 RPM when exposed to direct sunlight. This high-speed performance ensures that your space remains cool and airy, even on scorching days. Rely on our innovative technology to deliver consistent and powerful ventilation whenever the sun is shining bright.
• [DURABLE AND ] Built to withstand the elements, our solar fan features components including a fully coated PCB board, wiring, and bearings. Enjoy peace of mind knowing that your fan is protected against rainwater, ensuring long-lasting performance without the of short circuits or damage. Designed to endure, this fan is ready for any weather.
• [AUTOMATIC ADJUSTMENT] This solar fan boasts an intelligent automatic adjustment feature, altering its speed based on sunlight intensity. It conserves energy efficiently by slowing down or pausing when sunlight is limited, resulting in lower electricity costs while maintaining effective ventilation when needed most.