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With growing attention on greener buildings and smarter energy use, the air-conditioning field is placing a strong focus on developing more innovative system solutions. In this article, we take a closer look at a highly efficient Underfloor VAV System and explore how its unique design delivers both significant energy savings and improved indoor comfort. The Underfloor VAV system uses a “supply from below and return from above” airflow strategy. Fresh air is delivered through

In modern architectural design, both the aesthetics and functionality of ceiling air diffusers are equally important. The RS continuous linear VAV diffuser features an integrated, elongated form that removes the visual clutter of traditional segmented installations, resulting in a cleaner and more cohesive ceiling appearance. Flexible Combination with Similar or Dummy Diffusers: Supports seamless connections between linear VAV diffusers and can also be paired with dummy diffu

The proper design and construction of the VAV ductwork system are critical to ensuring the normal operation and control of the VAV system during its later stages 01. Connection Methods of VAV-BOX Branch Ducts and Main Ducts a.The branch-to-main duct connection for VAV-BOX units adopts a lateral tapping method (see Figure 1). This configuration ensures more uniform inlet static pressure across all VAV-BOX terminals, significantly simplifying system commissioning. Figure1 b.The

In the variable air volume air conditioning system, the single duct variable air volume terminal equipment (VAV-BOX) is one of the most common variable air volume terminal devices. Its main function is to automatically adjust the supply air according to the temperature requirements of the room so that the indoor temperature remains within the set range to ensure a constant and comfortable space environment. In the previous chapter, we have gained an in-depth understanding of