The deep integration of digitalization and greening promotes the low-carbon development of new infrastructure

1. Vigorously promoting the green transformation of the energy structure. Promote the energy supply of new infrastructure from the traditional coal, oil, natural gas and other fossil energy, gradually to non-fossil energy transition. For example, in the field of data centers, green energy supply can be achieved by building renewable energy power stations or purchasing green certificates. In the field of communication base station room, the construction of stacked light and stacked wind base stations, and the priority of using renewable energy sources to accelerate the green upgrade of energy structure.

2. Continuously improving energy efficiency. We will vigorously promote research, development and application of new energy-saving and green technologies in infrastructure. Promote the application of energy saving and emission reduction technologies in the field of information infrastructure, such as main equipment, refrigeration systems and power supply systems, to achieve the goal of energy saving and carbon reduction. Implement the Implementation Plan for the Computing Power Hub of the National Integrated Big Data Center Collaborative Innovation System, accelerate the implementation of the "East number and West calculation" project, and optimize the layout of data centers. Strengthen the ability of technological research, break through the bottleneck of green and low-carbon technology, and accelerate the application process in the network. Establish and improve the green and low-carbon standard system to lead the low-carbon development of the industry.

(3) Significantly reduce carbon emissions and environmental impact. Actively reduce the discharge of waste water, waste gas and waste residue in the production process of new infrastructure, and reduce the environmental impact by controlling the discharge of harmful substances. By promoting the waste product recycling system and cross-field and cross-industry cascade application, the service life is extended and the environmental impact is reduced. In addition, waste products with no use value will be submitted to qualified recycling and processing enterprises, and strive to maximize the utilization of resources and harmless treatment.

4. Promoting comprehensive energy utilization and resource recycling. Promote recycling from both energy and resource dimensions. In terms of comprehensive energy utilization, a comprehensive energy management and control platform is built, a "cloud-tube-edge-end" architecture is built, relevant data of the whole process is collected, and relevant algorithms and information technology are used to achieve intelligent prediction, decision analysis and remote control, comprehensively improving energy efficiency. In terms of comprehensive utilization of resources, promote the coordination and coordination between the information and communication field and other fields, such as promoting the recovery of waste heat in data centers and their own use or transport to the heating system of office buildings or surrounding hotels, swimming pools and other places to greatly improve the comprehensive utilization level of energy and resources.

5. Giving full play to the enabling role of information infrastructure Vigorously promote the integration of information infrastructure with traditional fields, and develop integrated infrastructure. Based on the new infrastructure, we will vigorously promote the green transformation of high-energy-consuming areas enabled by digital technology, build green manufacturing, sustainable energy networks and low-carbon transportation networks, etc., and promote the realization of the domestic "double carbon" goal and the construction of "beautiful China".