Advancing China's Computing Frontiers
As a strategic national infrastructure project spanning 120,000 m² in Shenzhen's Guangming District, Phase II represents China's commitment to exascale (E-Class) computing leadership. This next-generation facility integrates computational power, research capabilities, and energy infrastructure to deliver unprecedented processing capabilities for scientific discovery, industrial innovation, and AI-driven solutions.
Breakthrough Cooling Innovation
Our plate heat exchanger technology served as the thermal core for the world's largest centralized liquid cooling deployment. The validated system employs microchannel cold plates in direct contact with server heat sources, coordinated through AI-driven flow control algorithms. This architecture significantly reduces dependency on traditional precision air conditioning, achieving 22% lower cooling energy consumption compared to conventional data centers.
Synergy with National Technology Milestones
The solution aligns with China's E-Class computing roadmap, building upon energy efficiency paradigms proven in Shenwei prototypes while complementing the facility's high-voltage DC power systems that achieve exceptional PUE<1.2. Our heat exchange technology enables direct-to-chip cooling that eliminates intermediate energy loss and contributes to a 40% reduction in power conversion losses.
Validated Technical Impact
Third-party verification confirms the cooling infrastructure reduces operational costs by 22%, exceeding China's green data center standards. The system supports computational workloads comparable to Gordon Bell Prize-nominated applications while maintaining scalability for future exascale expansions. As stated by the client's technical team:
"This liquid cooling infrastructure establishes new global benchmarks for sustainable high-performance computing and is fundamental to our exascale mission."
Strategic Significance
This project demonstrates China's progress in overcoming E-Class computing's energy barriers while creating transferable solutions for "East Data West Computing" initiatives. Our heat exchange technology proves critical in balancing unprecedented computational density with environmental responsibility – positioning Shenzhen at the forefront of intelligent computing infrastructure.
