nyebanner

nyebanner

The Secret to Energy Savings in Fiber Fabric Ducts


2024-08-07


The secret of fiber fabric duct energy saving is mainly reflected in the following aspects:

1.    Energy saving at the design stage

  • BIM technology optimization: the bag duct system takes into account the need for energy saving at the design stage, adapting to the cross-block design of various types of BIM software. Through BIM technology, a detailed analysis of the ambient temperature of the building area and the indoor temperature can be carried out, combined with the local climate parameters, to simulate the thermal environment of the building, so as to optimize the heating and cooling system, avoiding the use of too high room temperature in winter and too low room temperature in summer, and realizing the indoor comfort under low energy consumption.

2.    Material Energy Saving

  • Material lightweight and high efficiency: Compared with traditional tin air duct, fiber fabric air duct consumes less material per square meter, while reducing carbon emissions. For example, each production and use of 1 square meter of tin air duct will produce 34.13 kg of carbon emissions, while the insulation fiber fabric air duct instead of tin air duct can reduce carbon emissions significantly each year.
  • Environmentally friendly materials: fiber fabric duct is made of environmentally friendly materials, its production process will not produce harmful gases and waste, effectively reducing pollution of the environment.

3.    Energy saving in operation stage

  • Superior air leakage performance: fiber fabric air duct system has a tight air leakage performance, can significantly reduce air leakage phenomenon, reduce energy consumption. For example, the use of double reverse and equipped with imported high-performance double-seal zipper connection with a special double-layer sealing process, can reduce air leakage by more than 70%.
  • Optimization of air supply: Fiber fabric air ducts are designed with different openings or infiltration air supply methods, which can send the airflow evenly and gently to the air-conditioning area and reduce energy consumption. At the same time, the required operating power and static pressure value is lower, further reducing operating costs.

4.    The airflow organization and temperature stratification

  • Optimization of airflow organization: fiber fabric ducts are easier to form excellent airflow organization and temperature stratification than traditional duct systems. In general use of space, such as supermarkets and other places, fiber fabric air ducts can usually reduce the ambient temperature by 0.5 degrees, air conditioning system energy saving 10% to 15%.
  • Large space energy saving: in large space places, such as factories, etc., due to the fiber fabric air duct spray speed, faster than the diffuser out of the wind, the cold air underneath the formation of laminar flow of air supply is more energy efficient. Fiber fabric duct can be low along the production line arrangement of piping, the implementation of workstation line air supply, energy savings of up to 50% or more.

5.    Environmental protection and energy saving advantages

  • Air purification function: fiber fabric duct using the bag material after special treatment, has a good anti-dust, mildew, pollution and other characteristics, can effectively remove harmful substances in the air, keep the air fresh.
  • Compact structure: the structure of the fiber fabric air duct is compact, the inside of the pipe is smooth, which reduces the resistance of air flow and improves the air transmission efficiency, thus also realizing energy saving.

In summary, fiber fabric air duct achieves significant energy saving effect through optimization in the design stage, selection of environmentally friendly materials, optimization of performance in the operation stage, optimization of airflow organization and temperature stratification, and having environmental protection and energy saving advantages in many aspects. These features make fiber fabric air ducts widely used and promoted in modern buildings.

More news

undefined

undefined