1. The fundamental breakthrough of flexible vortex technology
- The first to adopt both axial and radial dual flexibility designs, the vortex disk can dynamically adapt to sealing (with a volumetric efficiency of 98%), while allowing 0.01mm-level lateral floating, completely solving the liquid strike problem, and increasing reliability in extreme conditions by 3 times. Using ductile iron + ceramic-coated vortex disks, the wear life reaches 100,000 hours, the compression ratio limit is increased to 18:1, covering deep cold from -80℃ to high temperature up to 130℃.
2. Paradigm innovation of capacity regulation
- Digital vortex achieves 10%-100% stepless regulation, partial load IPLV increases by 40%, temperature control accuracy ±0.5℃.
- Six-pole permanent magnet motor efficiency reaches IE5 level, low-frequency operation efficiency exceeds 95% at 10Hz, saving 20% compared to traditional variable frequency.
3. Leap in extreme condition adaptability
- EVI jet boost technology through dual suction port design, heating capacity increases by 40% at -20℃, stable operation at -35℃; PEEK bearings + high-temperature lubricating oil suitable for 160℃ exhaust temperature, R32 system energy efficiency exceeds R410A by 8%.
4. Leading layout of environmental protection technologies
- The entire series is compatible with low GWP refrigerants (R32/R290/CO₂), CO₂ system cost reduces by 30%; recycled material accounts for 90%, production energy consumption reduces by 25%, wastewater discharge decreases by 80%.
5. Integration breakthrough of intelligent systems
- The IoT module enables predictive maintenance (reducing downtime by 70%), 50HP large vortex parallel technology reduces the footprint of 600kW system by 40%, intelligent balancing algorithm controls component lifespan differences <5%.
- These breakthroughs are built upon 1200+ patents and have established a barrier, becoming a technical benchmark in the high-end refrigeration field (such as data centers, medical purification, etc.).
