Energy-Saving Fabric Duct System

Energy Saving Fabric Air Ducts

1. In the design stage, fabric air ducts adopt professional software for system design according to different environmental requirements. CFD technology is used to predict airflow and temperature gradients in each area of the environment. System operations can be simulated during the design phase to improve design performance and achieve energy-saving goals.

2. In the operation stage, traditional central air conditioning metal ducts have high wind resistance. To compensate for missing air volume, equipment power must be increased. Fabric air ducts reduce this wind resistance due to their circular design. In ventilation duct models, circular ducts have lower wind resistance, thus achieving energy-saving effects.

3. In the maintenance and cleaning stage of the system, after running for a period of time, traditional ducts accumulate dust, increasing pipeline resistance and equipment power loss. Cleaning also incurs high costs. Fabric air ducts utilize the properties of the fiber itself, enabling the system to filter air, improve the cleanliness of the air-conditioned area, and are easy to disassemble and clean, promoting energy savings.