Advanced Suspension Chiller for High-Efficiency Cooling

An advanced chiller system designed with magnetic suspension technology, two-stage compression, and high-efficiency heat exchange for reliable and energy-efficient cooling performance.

Two-stage aerodynamic performance design helps reduce leakage and improve compressor efficiency by up to 6% compared with single-stage compression.

The chiller uses dynamic gas-bearing technology to support the rotating shaft without conventional mechanical contact. As the shaft reaches operating speed, an air film is generated between the bearing and rotating shaft, allowing the rotating assembly to operate with minimal friction.

Once the rotating shaft of the rotating equipment reaches a certain speed, the wedge-shaped space formed on the surface between the bearing and the rotating shaft is used to create an air film due to the movement of the rotating shaft, without requiring external auxiliary equipment. This allows the load to be supported.

Efficient Heat Exchange

• Condenser: Through special oil-free pipe layout technology, the optimal spacing and positioning of the condenser pipes are achieved. The specialized arrangement structure of the heat exchanger tube bundle is optimized to further improve heat exchange efficiency.

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• Evaporator: The heat exchange tubes are fully submerged in the refrigerant, ensuring the medium inside all heat exchange tubes evaporates completely and evenly. Meanwhile, special oil-free pipe layout technology and patented liquid distributor structure optimization technology are utilized to optimize the spacing and positioning of the evaporation pipes, further enhancing heat exchange efficiency.