Shijiazhuang Unicom Container House
The application of Shijiazhuang Unicom in the field of container houses is mainly reflected in the deployment of an immersion liquid-cooled, movable, high-density green data center for Unicom. Details are as follows:
Project Background and Requirements: With the rapid development of the computing power industry and communication networks, hardware is constantly being upgraded, and the integration level of equipment and the power density of single cabinets have significantly increased. Against the backdrop of a sharp increase in computing power demand and increasingly stringent energy efficiency requirements, the three major operators have actively responded to national policies on green, energy-saving, and low-carbon development, promoting the establishment and improvement of an ecosystem for liquid cooling technology in data centers to address the increasingly severe energy consumption and heat dissipation issues in data centers.
Project Implementation: During the process of promoting industry practices and application implementations in the liquid cooling sector, Unicom engaged in in-depth technical exchanges and cooperative discussions with Lanyang Technology. Based on a shared understanding and recognition of liquid cooling technology, the Lanyang Technology team conducted a thorough assessment of the project's application scenarios and requirements, providing Unicom with an innovative and efficient solution—a remotely deployed, immersion liquid-cooled, movable, containerized, high-density green data center.
Project Features and Advantages: This data center is tailored to Unicom's usage scenarios, adopting Lanyang Technology's self-developed liquid cooling materials and immersion liquid cooling heat dissipation systems while ensuring flexible scalability and safety and reliability. Combined with mature system design and piping layout, it effectively addresses high-density heat dissipation challenges. This project solution has overcome numerous challenges and difficulties in liquid cooling materials, complex sealing structure design, system integration, and modular design, ensuring overall heat dissipation efficiency, system reliability, and scalability while providing a liquid cooling application demonstration for application environments that urgently require efficient heat dissipation solutions and have limited space.
Project Significance: The successful implementation of this project not only demonstrates Unicom's innovative capabilities and technical strength in data center construction but also provides reference experiences and models for other industries.
