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"Smart energy improves energy efficiency by at least 15%"

[Guide: smart energy refers to the use of advanced technologies such as communication, sensing, energy storage, new materials, aerospace, chemical industry, microelectronics, massive data optimization management and intelligent control to innovate and reform the process architecture system of traditional energy, build an interactive architecture for new energy production and consumption, form intelligent configuration and intelligent exchange of more efficient energy flow between different energy shelves, and promote the existing one-way operation energy system Evolved into a process of production, transmission, distribution, use, market, operation, customers, services, long-term energy price management and regulation, carbon rights and low emission incentives, and optimized integration and interaction between different energy racks.]

Zhao Jiafeng mapping

the calculation of the research group shows that the construction of intelligent energy will improve domestic energy efficiency by at least 15%. Wu Jiandong, head of the intelligent energy research group of the China Center for international economic exchanges (hereinafter referred to as the national economic center), said at the press conference of China's intelligent energy research results yesterday. Guido Bartels, chairman of the gridwise alliance, said at the same meeting that Wu Jiandong had been invited to participate in the formulation of international smart energy network standards and specifications

in November last year, the national development and Reform Commission, the national energy administration and the national economic and technological center signed a research contract for the 12th Five Year smart energy planning. The national economic center has set up a research group with Wu Jiandong as the project leader. More than 200 industry experts and collaborators from 10 domestic and foreign institutions have participated in the research

on July 15 this year, the national energy administration made further efforts to bind the development planning department of the Bureau as the representative of the entrusting party, and invited relevant experts from the Chinese Academy of engineering, the China Energy Research Association, the national energy expert advisory committee, the State Electricity Regulatory Commission, the China electricity Council and other institutions to form a review committee, which reviewed and passed the research results of the subject "China's intelligent energy development model and implementation plan"

Zheng Xinli, executive vice president of the national economic center, said yesterday that the preliminary research results of the research group basically clarified the theoretical system, development mode and implementation plan of the intelligent energy theory

breakthrough: intelligent electricity and gas intelligent energy, more accurately, interactive smart grids, is also known as the more advanced intelligent theory

at present, there are two theoretical systems to solve the global energy strategic transformation:

the first is a single smart electricity development plan, such as the smart electricity development model proposed by the United States and the European Union. The strong smart electricity proposed by China national power also belongs to this category. This plan focuses on the intelligent reform based on the power system

the second is the development plan of intelligent energy of integrated shelves proposed by Wujian for ± 50mm East under normal circumstances. This plan believes that more efficient intelligent configuration and intelligent exchange are needed between different energy shelves. For this purpose, eight sub networks, including intelligent gas, intelligent electricity, intelligent water, intelligent heat, intelligent building, intelligent transportation, intelligent industrial management and intelligent interactive architecture management, should be promoted to realize industry specific Multi industry energy intellectualization, and realize the interactive configuration of two or more energy industries and the optimal management of the total energy frame

Wu Jiandong believes that smart power and gas networks should be taken as a common breakthrough in smart energy construction

the control of gas assets is generally controlled by local governments, which is conducive to the formation of an energy reform pattern centered on cities and towns. Gas can also be used as the main supplier of terminal energy for gas-fired power generation. The energy production and consumption mechanism based on coal can improve efficiency through gasification. Wu Jiandong said

The calculation of the research group also shows that the construction of intelligent energy will improve China's energy efficiency by at least 15%. In terms of China's total energy consumption last year, the country can save at least nearly 400 million tons of standard coal every year. At the same time, the development of intelligent energy can also drive the transformation of many energy support industries, including IPv6, micro electricity, nano energy products, sensors, energy storage, massive data optimization management and intelligent control

desalination idea

China has been facing challenges in the utilization of water resources. Data show that last year, the total amount of water resources in mainland China was only 23763 billion cubic meters, a decrease of 13.4% over the previous year. The urban water supply population was about 380million, and the per capita daily domestic water consumption was about 180 liters

in this regard, Wu Jiandong boldly envisaged that one third of China's fresh water, especially industrial water, could come from desalination of sea salt water

Wu Jiandong believes that the South-to-North water transfer plan and the water transfer plan across rivers should be adjusted, and the interactive configuration of the water heating system also needs to re formulate China's energy demand goals. Revise the existing power development plan and power demand. The current industry estimated power installed capacity of nearly 1.7 billion kw in 2020 can not meet China's energy demand in the next five to ten years. Therefore, it is necessary to promote the intelligent configuration and industrialization of wind energy, solar energy, nuclear energy, coal power and sea salt water

adjust the water resources strategy of the South-to-North Water Transfer Project and re optimize China's water resources management system. He said that the new goal could be to establish a desalination industrial system with a daily treatment capacity of 30million tons in the eastern coastal cities in the next five years, and to reach 60million tons in the next ten years

there is a lot of salt water, and the treatment cost is relatively low. It costs more than threeorfour yuan, which can be used for the future demand price of domestic resources. Wu Jiandong said

chaisongyue, deputy director of the Economic Committee of the CPPCC National Committee, former chairman of the China Electricity Regulatory Commission and chairman of the China Energy Research Association, believes that this idea is valuable and can promote the construction of power generation, especially the construction of offshore wind power

chaisongyue said that China should take an energy reform path different from that of western countries. This model is appropriately summarized in the form of intelligent energy. Moreover, the development of intelligent energy can give full play to China's institutional advantages, the advantages of intelligent configuration of different energy racks, the advantages of local governments and the advantages of the market

According to Zheng Xinli, the research group has begun to demonstrate the feasibility of the intelligent energy theory in Tangshan, Hebei and Pudong, Shanghai, and has achieved initial results. Among them, Zhangjiang High Tech (600895, Guba) technology park was selected as a demonstration area for Pudong intelligent energy planning and implementation

Liu Xiaolong, deputy director of the Management Committee of Shanghai Zhangjiang High Tech Park and executive deputy general manager of Zhangjiang group (Co., Ltd.), said at the press conference yesterday that the demonstration area focuses on green low-carbon technology and non ecological consumptive technology, tries to access micro systems such as new energy and distributed energy, and realizes the peak shaving, energy storage and other functions of each energy pipe through sensor terminals and intelligent information control system, and explores the realization of intelligent Interactive architecture

Liu Xiaolong said that the sub research group has also analyzed the existing technical architecture and standards such as public basic information, and hopes to achieve breakthroughs in new technologies and industrial standards, create major intellectual property standards, occupy the commanding height of the industry, and accumulate industrial foundation for the large-scale promotion of intelligent energy through smart gas, smart water and micro demonstration projects

Liu Xiaolong said that the demonstration zone hopes to break through a series of technical and policy bottlenecks and form a set of implementation plans and implementation routes for the development of regional intelligent energy network demonstration cities, including systems, technologies, examples, standard systems, supporting facilities, implementation measures, etc

Liu Xiaolong preliminarily predicted that through the phased construction of regional intelligent energy, the introduction of new energy and distributed energy technology, and the realization of intelligent interaction between some energy pipelines, the total energy consumption of the park can be reduced by 15% and the carbon emission can be reduced by 812500 tons at the end of the 12th Five Year Plan

International Standard Chinese voice

the research results of intelligent energy have also been internationally recognized. Guitbattle, chairman of the smart electricity industry alliance, announced at the meeting yesterday that the Council of the international smart electricity alliance agreed earlier this year to appoint Professor Wu Jiandong as a member of the Council of the international smart electricity alliance. At the same time, the leaders of the new global smart electricity Federation will also invite Wu Jiandong to express his views on smart electricity on behalf of China

Bartel introduced that Professor Wu will play a leading role in important concepts such as smart electricity architecture, energy network or energy 2.0. Bater is currently the general manager of IBM's global energy and utilities division

the work Wu Jiandong participated in includes: formulating international smart energy network standards and specifications; Promote exchanges and cooperation between international smart energy standards and international demonstration cities; Determine the experts and working mechanism of each professional working group; Promote international organizations, governments and the public to jointly understand and support the transformation of smart energy; Management of other affairs authorized by the Council

China is blank in international industrial standards, especially in the standard explosion-proof box quasi export in the high-tech field. Zheng Xinli commented that the research group was the first to put forward the concept of smart energy in the world, and the output of smart energy standards is expected to fill this gap

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