Supercomputing Center
AHU indirect evaporative-cooled unit (double core)
It offers a new rapid construction solution via factory prefabrication. The complete unit equipped with an adaptive control system utilizes environmental sensing algorithms to dynamically adjust to low, transitional, and high-temperature climates, easily achieving ultra-low energy and water consumption metrics of PUE<1.2 and WUE<0.6.
Energy efficiency 20%+
The patented dual-pass design reduces core resistance and boosts overall unit efficiency by 20%+.
CLF as low as0.084
High-efficiency low-resistance double-core configuration
TTM＜90 days
Factory prefabrication shortens TTM construction cycle
Value proposition
High reliabilityPrecise structure reduces splicing and prevents air and water leakage of the unit
Core components back up each other during operation, and multiple systems guarantee continuous cooling
Ultra-cold anti-freeze control provides millisecond-level switching and 15-second rated power-loss quick startup
High efficiencyUtilize natural cooling to reduce mechanical cooling duration and power.
The patented dual-pass design reduces core resistance and boosts overall unit efficiency by 20%+
Equipped with variable frequency high-efficiency components for stepless regulation and precise cooling.
Intelligent operationsEnergy-saving, water-saving, automatic optimization adjustment
Self-developed intelligent control system supports remote networking and fault self-diagnosis
Intelligent calculation of load rate enables real-time unit status adjustment
Application scenarios
Super-large intelligent computing
Large and medium-to-large data centers
Large flat-floor data center
Successful cases
Event
