Large and medium-sized data centers
Magnetic levitation phase-change multi-split air-cooled unit
It applies various advanced technologies such as magnetic levitation variable frequency, multi-split technology, power heat pipe technology, and evaporative cooling. The system operates oil-free with a multi-split terminal architecture, enabling flexible deployment across all scenarios; Integrated system control and management allow unified commissioning and optimal operation distribution to support intelligent operation and maintenance; This ultra-efficient system can help achieve a data center PUE as low as 1.15
Maximum motor efficiency up to 98%
The magnetic levitation compressor eliminates mechanical friction loss, operating at low pressure ratios
Improved heat dissipation efficiency 30%
The evaporative condenser utilizes water evaporation to absorb heat, reduce condensing temperature and prolong natural cooling duration
in southern regions, CLF < 0.1 in northern regionsCLF < 0.15
In the low-temperature season, the refrigerant drives circulation leveraging indoor-outdoor temperature differences to maximize natural cooling
Value proposition
High reliabilityOil-free operation eliminates risk of compressor oil return and mechanical friction loss
Self-diagnosis and built-in protection logic of the compressor during operation
Reduced intermediate heat exchange loops make the system link simple and reliable
High efficiencyMagnetic levitation variable frequency technology: Eliminate friction loss, operates at low pressure ratios
Power heat pipe technology: Replace compressor to provide refrigerant circulation power in winter to fully utilize natural cooling
Evaporative condensation technology: Reduce the condensing temperature and extend the utilization time of natural cooling
Intelligent operationsA unified HMI facilitates comprehensive system monitoring of data
Integrated system control and management enables intelligent management of dynamic energy efficiency and optimal operation allocation
Self-developed intelligent control system supports remote networking and fault self-diagnosis
Application scenarios
Modular data centers
Medium and high heat density communication equipment, computer rooms
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