Super large wall type energy-saving fan
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$1385.001-3 Set/Sets
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$1375.004-10 Set/Sets
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$1365.00≥11 Set/Sets
- Transportation:
- Ocean, Land
- Port:
- chongqing, Cuntan
Quantity:
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Contact NowBasic Info
Basic Info
| Place of Origin: | China |
|---|---|
| Productivity: | 1000 Set/Sets per Month |
| Supply Ability: | 1000 Set/Sets per Month |
| Payment Type: | T/T |
| Incoterm: | FOB |
| Transportation: | Ocean,Land |
| Port: | chongqing,Cuntan |
Product Description
Product Description
The concept of energy conservation is often mentioned in current environmental protection concepts, so many enterprises have begun to target survival and energy-saving products. Large energy-saving HVLS fans are a product born in this environment. Although it is called by this name, few people return to pay attention to and understand where large energy-saving ceiling fans actually save energy.
In fact, the energy saving of large energy-saving ceiling fans is relatively small. Large energy-saving ceiling fans are installed in industrial plants, so their power must be larger than ordinary fans, otherwise they would not be able to meet the cooling and ventilation requirements of such a large area of industrial plants. Therefore, compared to ordinary fans, large-scale energy-saving industrial fans are definitely not energy-saving.
The reason why large energy-saving ceiling fans can survive in the commercial fan market
However, compared to another cooling device - air conditioning, the energy saving of large energy-saving ceiling fans can be clearly reflected. At the same cooling power, large energy-saving ceiling fans consume only one-third or even less of the energy consumed by air conditioners. For an environment such as an industrial plant, two-thirds of the consumption is reduced, and a year of use saves a significant amount of money.
The airflow generated by the rotation of the industrial fan is pushed from top to bottom in a conical shape towards the ground, and then flows in a horizontal direction after reaching the ground. When encountering lateral barriers or horizontal airflow adjacent to the fan, it is pushed upward to the roof, thereby strengthening the air circulation and circulation from multiple angles; The flowing air can be quickly exchanged with outdoor fresh air through doors and windows, reducing the retention of turbid gases in the workshop. The continuous gentle breeze generated by industrial fans can accelerate the evaporation rate of sweat on the human body surface, resulting in a cool cooling effect. To a large extent, the conflict between air conditioning temperature reduction and high energy consumption is resolved, so the effect of small investment and large returns can be achieved without installing an air conditioning system.
In fact, the energy saving of large energy-saving ceiling fans is relatively small. Large energy-saving ceiling fans are installed in industrial plants, so their power must be larger than ordinary fans, otherwise they would not be able to meet the cooling and ventilation requirements of such a large area of industrial plants. Therefore, compared to ordinary fans, large-scale energy-saving industrial fans are definitely not energy-saving.
The reason why large energy-saving ceiling fans can survive in the commercial fan market
However, compared to another cooling device - air conditioning, the energy saving of large energy-saving ceiling fans can be clearly reflected. At the same cooling power, large energy-saving ceiling fans consume only one-third or even less of the energy consumed by air conditioners. For an environment such as an industrial plant, two-thirds of the consumption is reduced, and a year of use saves a significant amount of money.
The airflow generated by the rotation of the industrial fan is pushed from top to bottom in a conical shape towards the ground, and then flows in a horizontal direction after reaching the ground. When encountering lateral barriers or horizontal airflow adjacent to the fan, it is pushed upward to the roof, thereby strengthening the air circulation and circulation from multiple angles; The flowing air can be quickly exchanged with outdoor fresh air through doors and windows, reducing the retention of turbid gases in the workshop. The continuous gentle breeze generated by industrial fans can accelerate the evaporation rate of sweat on the human body surface, resulting in a cool cooling effect. To a large extent, the conflict between air conditioning temperature reduction and high energy consumption is resolved, so the effect of small investment and large returns can be achieved without installing an air conditioning system.
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