The system reaches an isentropic efficiency of 87% through its dedicated magnetic-levitation compressor. By removing the need for water-based cooling, the unit addresses a critical operational hurdle in arid regions while cutting maintenance costs by up to 10% compared to conventional oil-lubricated chillers. Its design further allows for a 40% increase in energy efficiency and a reduction in failure rates by 8%.

Engineered for the modern transition toward direct-to-chip and immersion cooling, the platform supports chilled water temperatures up to 45°C. This flexibility allows data centers to adopt advanced cooling architectures without requiring significant infrastructure overhauls. According to William Wu, General Manager of Nanjing CIPU Technology, the modular design provides a path for rapid deployment as AI capacity demands continue to scale.