On October 21, 2026, the Green Computing Integration and Cross border Computing Power Construction Project in Heihe Area of Heilongjiang Free Trade Zone, China, completed investment filing, and the 10000 card level intelligent computing platform with a total investment of 7.18 billion yuan officially entered the preparation stage for landing.

Creating ultra-low PUE computing power carrier in high-altitude climate

The total land area of the project is 112 acres, with a total construction area of about 480000 square meters. Relying on the high-altitude and cold climate conditions of Heihe, natural cooling sources are directly used to achieve free cooling for most of the year. The designed average annual PUE is not higher than 1.15, far below the average energy efficiency level of newly built intelligent computing data centers in China. The project adopts a phased rolling expansion model, and the first phase of the project will first construct verification nodes. After completing the demonstration of the business model and operation system, the subsequent large-scale construction will be gradually promoted.

The computing infrastructure will include standardized intelligent computing rooms, high and low voltage distribution systems, natural cooling systems, fire and security systems, and supporting facilities in the park. The computing base will use Huawei Ascend 950 series equipment, combined with a cooling solution that combines air cooling and liquid cooling. Ultimately, a 12000P FP8 precision 10000 card level green computing platform will be built, with a computing power scale that can cover cross-border AI training, inference, and related industry service needs.

The synchronous implementation of the integrated computing and storage system

The project is equipped with a self use lithium iron phosphate energy storage facility for the computing power center, which completely replaces traditional backup diesel generator sets. This energy storage system can simultaneously undertake the dual functions of load regulation and power supply guarantee. It can smooth the electricity fluctuations on the grid side and ensure the uninterrupted operation of the computing power cluster in case of short-term power grid failures, greatly improving the reliability of the base's power supply. Keywords: computing power center, computing power infrastructure

The project will also simultaneously build an integrated computing power collaborative scheduling platform, computing power operation management system, and full cycle customer operation and maintenance service system to achieve dynamic intelligent matching of computing power resources and power resources. This integrated system of computing power cluster, supporting energy storage and operation services will fully combine the cold source advantage, power cost advantage and cross-border location advantage of Heihe, and create a highly competitive green computing hub in Northeast Asia.Editor/Cheng Liting