On August 20–21, the 6th Link 1+1 Data Center Liquid Cooling Ecosystem Summit & Expo was held in Shenzhen. Alongside the summit, the Liquid Cooling Golden Tripod Awards were announced, with Zhuhai Kortrong AIDC securing two top honors: Project of the Year and Rising Star of the Year.
01 Product-Driven Breakthrough: A Fresh Approach to Commercializing Liquid Cooling at Scale
As compute density climbs, liquid cooling is accelerating toward mainstream commercial deployment. With PUE competition becoming commoditized, capabilities such as standardized delivery, scenario adaptability, and thermal-power integration are emerging as critical variables for large-scale liquid cooling adoption — creating opportunities for players with strong integration capabilities.
The 6th Liquid Cooling Summit, hosted by Link 1+1 and the China Liquid Cooling Pioneer Enterprise Club, presented the Golden Tripod Awards to recognize outstanding contributions in technology breakthroughs, engineering deployment, and product development across the liquid cooling and computing infrastructure industries.
Zhuhai Kortrong AIDC's dual win — based on its differentiated "full-spectrum liquid cooling + prefabricated container" technology roadmap — validates both the engineering excellence and real-world impact of its prefabricated modular compute node projects. It signals that the "full-spectrum liquid cooling + prefabricated container" productization pathway has gained recognition from the industry's mainstream evaluation system, positioning it as a model for the commercial scaling of liquid cooling.
02 Full-Spectrum Liquid Cooling: Flexible Cooling for Diverse Compute Workloads
Kortrong AIDC integrates liquid cooling technologies into standardized, replicable computing infrastructure products by combining thermal architectures with product design.
Leveraging its mature engineering capabilities, Kortrong AIDC integrates immersion cooling, cold-plate cooling, and high-efficiency air cooling into a "full-spectrum liquid cooling" matrix — flexibly matched to load density and lifecycle economics, ensuring every watt of cooling power delivers measurable efficiency returns.
Cooling flexibility needs a standardized delivery platform to scale. Kortrong AIDC applies prefabricated modular design, breaking data centers into standardized building blocks: single-container all-in-one products, factory-integrated and ready for edge computing and emergency deployments; multi-container clustered products that scale on demand for large computing clusters. The entire product line features high-strength corrosion-resistant enclosures and Tier III-equivalent redundancy for 24/7 reliability.
03 Green Power + Green AIDC: Renewable Energy as a Cost Advantage
Thermal architecture and delivery define the construction-side capabilities of computing infrastructure. Compute-power synergy determines its operational-side value ceiling.
While most liquid cooling providers focus on heat dissipation, Kortrong AIDC approaches computing infrastructure from an energy perspective — coupling green power supply with compute loads. Combined with wind-solar-storage hybrid solutions for self-consumption and peak-valley optimization, and full-spectrum liquid cooling to reduce cooling power consumption, the approach optimizes from both the supply side and the load side — directly translating renewable power into a compute cost advantage.
Kortrong AIDC's liquid cooling solutions cover servers, piping, pumping stations, dry coolers, and other core components. Multi-energy hybrid power supply delivers a one-stop service from architecture customization to intelligent O&M. Its prefabricated containerized edge compute nodes have validated a three-in-one path combining safety, density, and efficiency.
With a full-spectrum liquid cooling matrix adaptable to diverse compute scenarios, prefabricated modularity for standardized rapid delivery, and compute-power synergy for lifecycle cost optimization, Kortrong AIDC provides a low-power, reliable, flexibly scalable green compute foundation — building a durable edge.
