Why can industrial fans cover a large area?
The comfort of Onfu's industrial fans is incomparable to that of other fans. Now you will feel the three-dimensional air supply from all sides, covering the whole body, making the evaporation surface of sweat larger, thus forming a breeze system similar to nature. It not only has low speed and low power, but also covers a large area to ensure ventilation and drying in the working area. So why can low speed and low power cover a large area?
The reason why Augfu pioneered industrial fans can cover such a large area depends on the unique streamlined fan blade design, which can reduce the resistance to a small extent, and convert energy efficiency into kinetic energy of air.
In addition, the airflow structure of the industrial fan led by Aung Fu is different from that of the ordinary small fan. The small fan can only cover the range of the diameter of the fan. The industrial fan first pushes the airflow vertically to the ground, and then forms a 1-3 meter high airflow layer on the ground, thus forming a super-large coverage area not limited to the lower part of the industrial fan led by Aung Fu. In an open space, a fan can cover even a very large area of 1400_.
1.Augfu Fu's leading industrial fans are compared with small fans.
The coverage area of a 7.3M diameter fan is equal to the coverage area of 50 0.75M small fans. For example, in a 9000 square metre factory building, in order to achieve full coverage effect, about 300 small fans are needed, while only 6 industrial energy-saving fans are needed.
According to 4 years of use, 8 months a year, 10 hours a day, a total of 10,000 hours of operation, power consumption 90,000 KW_h, small fan 1080,000 KW_h, energy saving 990,000 KW_h, energy saving 92%.
2. Augfu pioneered the use of industrial fans in conjunction with air conditioning, saving more than 30% energy.
The reason why the Ultra-Large Industrial Fan can cover such a large area depends on the unique streamlined blade design, which can reduce the resistance to a small extent, and transform the electric energy efficiency into the kinetic energy of the air.