Wang Chong Talks About Container Houses
Wang Chong mainly discussed the applications and advantages of containers in the fields of management in Hainan and computing power. Details are as follows:
In terms of container management in Hainan: Wang Chong, a fourth-level host at the Xiaochantan Maritime Patrol Law Enforcement Team of the Yangpu Maritime Safety Administration, stated that they will continue to explore, identify problems, accumulate experience, and optimize efficiency. They will collaborate with maritime departments in the locations of container departure ports to uphold safety standards through stricter supervision and enhance the efficiency of container cargo circulation through smarter services. By continuously enriching and improving the connotation of the mechanism of 'one-port management, one-time inspection, and one-container throughout', they will make sustained efforts to facilitate the realization of the goal of a fully enclosed island for the Hainan Free Trade Port and the construction of a first-class business environment. This initiative helps improve the efficiency and safety of container transportation in the Hainan region, reduce logistics costs, promote trade facilitation, and drive the construction and development of the Hainan Free Trade Port.
In the field of computing power containers: Wang Chong, the CEO of Xinke Intelligence, pointed out at the 2026 Computing Power China AI and Computing Power Industry Exhibition Science and Innovation Roadshow that the overseas construction cost of a traditional one-megawatt data center is approximately 17 - 18 million yuan, while the wind-liquid co-source computing power container developed by his company can reduce the cost to below 8 million yuan. Meanwhile, this computing power container has a Power Usage Effectiveness (PUE) value of 1.2 and a Water Usage Effectiveness (WUE) value of 0, and it can be deployed in just one day, while the construction cycle of a traditional data center can be 2 - 3 years. This indicates that the wind-liquid co-source computing power container has significant cost advantages and efficient deployment capabilities, can greatly reduce the construction and operating costs of data centers, improve energy utilization efficiency, reduce the demand for water resources, and bring new changes and opportunities to the development of the data center industry.
