1. Large Commercial Computing Scenarios

• Large public & private cloud data centers

Carry massive cloud servers and storage devices with high rack power density. Mostly equipped with chilled water in-row precision air conditioners to meet large-scale cluster cooling and low-PUE energy-saving requirements.

• AI computing centers & GPU supercomputer rooms

High heat load per rack easily causes local hotspots. Air-cooled or chilled water in-row air conditioners are preferred for close rapid heat dissipation to stabilize AI training and model computing.

• Internet enterprise campus data centers

Mostly multi-layer standardized server rooms adopting combined room-level and in-row cooling units. Support phased capacity expansion and N+1 redundant backup to ensure 24/7 uninterrupted business operation.

2. Professional Computer Rooms for Government, Enterprises and Financial Institutions

• Core server rooms of government authorities and public institutions

Deploy government business servers and archive storage equipment with strict requirements on operational stability and precise temperature & humidity control. Room-level precision air conditioners are the mainstream choice.

• Financial data rooms for banks, securities and insurance institutions

Business data must not be interrupted with high equipment redundancy standards. Precision air conditioning systems with dual power supply maintain constant temperature and humidity to avoid trading failures caused by static electricity or condensation.

• University scientific supercomputing labs and research institute equipment rooms

Scientific computing devices run at full load for long hours, requiring low noise and precise temperature control, compatible with small room-level or compact DX air-cooled in-row units.

3. Telecommunications & Edge Computing Scenarios

• Core telecom rooms and base station rooms of communication operators

Switches and transmission equipment operate continuously all year round. Sites are scattered and most lack chilled water infrastructure. DX air-cooled precision air conditioners are the optimal solution with simple construction and zero water leakage risks.

• 5G edge computer rooms and edge computing node rooms

Compact space with a small number of racks, mostly containerized modular pods. Compact air-cooled in-row air conditioners can be installed side by side with racks for fast and flexible deployment.

• Rail transit and power dispatching rooms

Power and traffic control equipment has low fault tolerance. Precision air conditioners deliver stable temperature control to keep dispatching systems online nonstop.

4. Modular, Renovation and Special Computer Room Scenarios

• Integrated containerized modular data centers

Prefabricated integral server rooms without raised floors or chilled water pipelines. Matching air-cooled in-row precision air conditioners are delivered together for on-site rapid commissioning after integral transportation.

• Energy-saving & heat dissipation renovation projects for legacy server rooms

Original room-level air conditioners fail to provide sufficient cooling and lead to severe hotspots. Additional in-row units reinforce local cooling without large-scale civil reconstruction to quickly upgrade room heat dissipation capacity.

• Self-built small & medium enterprise server rooms

For financial, OA and business servers of SMEs with small scale and moderate budget. DX air-cooled precision air conditioners feature lower installation and maintenance costs.