Shenzhen: Emphasizing Systematic Layout and Flexible Supply to Enhance Computing Power Network

On June 23, the Shenzhen Municipal Committee held a special meeting to deeply implement the decisions and deployments of the Central Committee of the Communist Party of China and the State Council, as well as the work requirements of the provincial party committee and government, seizing opportunities to efficiently advance the city's "Six Networks" planning and construction. The meeting emphasized the need to focus on key areas and target efforts to enhance the level and quality of the "Six Networks" planning and construction. It highlighted the importance of building a modernized water network that is efficient, safe, and reliable, improving the comprehensive system for water resource allocation and supply security, establishing a robust risk protection network against floods and tides, and creating a happy and beautiful green ecological network. Additionally, it called for expanding capacity and improving quality in the construction of a new type of power grid, continuously working on optimizing channel layouts, strengthening network construction, and transforming the power grid through digital intelligence to create a stronger, greener, and smarter new power grid. The meeting also stressed the need for a systematic layout and flexible supply in building the computing power network, enhancing computing capacity supply, deepening interconnectivity of computing power, and placing greater emphasis on the synergy between computing and electricity. Furthermore, it underscored the importance of building a new generation of communication networks that are high-speed, ubiquitous, and integrated, accelerating the construction of national-level internet backbone direct connection points, advancing the research and commercial layout of 6G technology, promoting the widespread adoption of "dual 10G" networks, and applying satellite networks. The meeting also highlighted the need for collaborative linkage and resilient safety in constructing urban underground pipelines, adhering to a pragmatic approach, strengthening planning coordination, accelerating the renovation of old infrastructure, enhancing digital empowerment, and building comprehensive underground utility corridors tailored to local conditions. Lastly, it emphasized the construction of a logistics network that is accessible and efficient, aiming for broader reach, stronger facilities, higher value, and updated scenarios, further optimizing functional layouts, and coordinating the advancement of modern logistics network systems.