On April 25th, the first phase of China Unicom (Qingdao) Intelligent Computing Center was officially launched; The national (Guizhou) hub node of the national integrated computing power network has recently been connected to the first batch of customers... The construction and application of computing power infrastructure are accelerating. The latest data from the Ministry of Industry and Information Technology shows that China has preliminarily established a tiered optimized computing power supply system, ranking second in the world in terms of computing power scale. Recently, the reporter learned during an interview with the "Computing Power China Tour" research team that the construction of computing power infrastructure is being deeply laid out by multiple parties, promoting the creation of green data centers, and accelerating the development of the computing power industry towards intelligent, agile, green, low-carbon, and safe and reliable directions. On April 25th, the first phase of China Unicom (Qingdao) Intelligent Computing Center was officially launched, providing 4000 external cabinets to support the development of enterprises such as cloud computing, big data, and the Internet of Things. At Longshan Industrial Park in Gui'an New Area, the servers in the computer room of the National Integrated Computing Power Network (Guizhou) Hub Node and Main Computing Power Base have been installed and will be connected to the first batch of customers in the near future, in collaboration with Gui'an Data Cluster, to form a strategic fulcrum for the national "East West Computing" project. According to data from the Ministry of Industry and Information Technology, the scale of China's computing power industry has grown rapidly in recent years, with an annual growth rate of nearly 30%. The one-way network latency between national hub nodes has been reduced to less than 20 milliseconds, and the scale of the core computing power industry has reached 1.8 trillion yuan. In Zhejiang, about 3 million people use the "Zheli Office" app every day to handle various government services, major events, and small situations. Every time they click and retrieve data, they are supported by the computing power provided by the data center operated by Hanggang Construction at the foot of the northern half of Hangzhou City. The demand for computing power in society is increasing and urgent, "said Liu Shulin, Deputy General Manager of Hanggang Group. Hanggang has entered the digital economy track from the construction of data centers, and has successively built Zhejiang Cloud Computing Data Center and Hanggang Cloud Computing Data Center, providing cloud computing services to fields such as government affairs, meteorology, healthcare, smart cities, and thus expanding into the industrial brain and big data operation fields. Relying on model calculations, industrial production becomes more intelligent and efficient; On the basis of big data analysis, crop cultivation has evidence to rely on... The active digital economy makes computing ubiquitous. Multi party is accelerating the construction of data centers and continuously consolidating the foundation of computing power empowerment. The rapid development of computing power is of great significance for expanding new space for economic development. Every 1 yuan invested in computing power will drive an economic output of 3-4 yuan, "said Yu Xiaohui, President of the China Academy of Information and Communications Technology. The importance of computing power infrastructure is constantly increasing, which has a significant driving effect on the improvement of the digital economy and GDP. Exploring the path of "green computing" with lower carbon emissions requires not only stronger computing power, but also greener capabilities. Under the guidance of the "dual carbon" goal, reducing computational energy consumption and promoting "green computing" are crucial. Entering the liquid cooling room of Alibaba Cloud Renhe Data Center, there was no "buzzing" sound of air conditioning fans in my ears. Rows of servers were completely immersed in the specially designed coolant, and the liquid on both sides of the cabinet continued to gush out, taking away excess heat. The heat generated by calculations can be directly absorbed into the external circulation for cooling, greatly reducing the energy consumption used for heat dissipation throughout the entire process