Home » Commissioner Liu Wei: Promote the construction of a digital energy-saving platform to enable the coordinated development of new infrastructure and dual carbon_Energy_Metro_Station

Commissioner Liu Wei: Promote the construction of a digital energy-saving platform to enable the coordinated development of new infrastructure and dual carbon_Energy_Metro_Station

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Original title: Member Liu Wei: Promote the construction of a digital energy-saving platform to enable the coordinated development of new infrastructure and dual carbon

China Economic Net, Beijing, March 6 (Reporter Kang Bo) The proposal of “carbon peak” and “carbon neutrality” is a symbol of China’s responsibility as a major power and a world leader in the next 30 years. China’s energy structure has undergone major changes. In this regard, Liu Wei, member of the National Committee of the Chinese People’s Political Consultative Conference and chairman of Jiadu Technology Group, brought the “Proposal on Accelerating the Construction of Digital Energy-saving Systems in the New Infrastructure Field and Helping the Early Realization of the Double-Carbon Goal”.

Liu Wei introduced that in March 2021, the State Council issued the “Carbon Peaking Action Plan before 2030”, which proposed that “by 2030, the proportion of non-fossil energy consumption will reach about 25%, and carbon dioxide emissions per unit of GDP will decrease compared with 2005. 65% or more” target. However, renewable energy has the characteristics of volatility and intermittency, and the electricity load also has the characteristics of seasonal peaks and seasonal peaks. The superposition of these factors will make the future energy system face huge challenges. Therefore, in order to ensure the smooth realization of the strategic goals of “carbon peaking” and “carbon neutrality”, it is imperative to ensure the efficient and safe operation of my country’s energy system in the process of realizing dual carbon.

Liu Wei believes that the construction of a digital energy-saving platform will help solve this problem. By building an energy-saving platform, interconnecting energy production and energy load data, collecting data on the energy production side and energy use side, and using artificial intelligence and big data analysis technologies to aggregate and coordinate and optimize the energy system, so as to reduce peak power load to achieve the purpose of improving energy efficiency, reliability and stability.

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Liu Wei also said that the subway is a large urban electricity consumer (about 1%-2% of the total electricity consumption of the whole society), and the electricity consumption of subway stations accounts for 40-50% of it. The smart subway platform created by artificial intelligence core technologies such as cloud computing, through the adjustment of intelligent energy-saving control technology, the station air-conditioning system can achieve the best energy efficiency state. Taking Guangzhou as an example, if it is applied to the city’s subway stations, it can save more than 100 million kWh of electricity every year. On the basis of the energy saving of station air conditioning, the platform can also realize the overall response to the demand side of the air conditioning system of the whole line network or single line subway station. Adjustment, the air-conditioning flexible load adjustment can be carried out without affecting the use effect of the subway station, thereby reducing the peak electricity load of the whole society. It is estimated that the peak electricity load of the air-conditioning system of the subway station can be reduced by 10-20%. The smart subway platform has effectively improved the comprehensive power regulation capability of the subway station, not only helping the entire city to ensure the safety and stability of the energy system, but also greatly improving the efficiency of energy use. Then the energy efficiency improvement effect brought to the whole country will be immeasurable.

In this regard, Liu Wei made the following suggestions:

1. It is recommended that the government comprehensively promote the implementation of energy conservation and carbon reduction requirements in the new infrastructure sector from the policy level. Refine the requirements in terms of policies to encourage energy-saving technological innovation, improve energy-saving management, deepen the green revolution in traditional industries, and improve energy-saving social management. The proportion of energy-saving and emission-reduction indicators directly promotes the carbon reduction and carbon reduction requirements of large-scale government investment projects; the innovation of energy-saving and carbon reduction technology, the transformation of achievements, and the implementation of applications are included in the performance assessment of relevant government departments, state-owned enterprises, and scientific research institutions. Promote energy conservation, carbon reduction and efficiency enhancement actions from the policy level, and build an energy-saving society.

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2. Intensify the construction of digital energy-saving system in the new infrastructure field. “New infrastructure” projects represented by new networks, new facilities, new platforms, and new terminals have a strong demand for energy, but also have their own convenience in regulating the industry and their own energy efficiency. New infrastructure projects should be promoted to optimize the energy use structure and improve the energy use standards of new infrastructure projects in terms of communication, computing, storage, and transmission equipment. When promoting the intelligent innovative application of production, life and social governance, simultaneously promote the implantation and construction of energy brain platforms, etc., to realize the comprehensive construction of intelligent applications such as intelligent energy conservation, and the successful pilot projects of energy conservation and carbon reduction platforms and projects. Promote large-scale applications.

3. Encourage the use of big data and artificial intelligence to promote new energy construction and energy conservation and emission reduction efforts, and increase artificial intelligence application scenarios in the field of energy conservation. Encourage scientific and technological innovation in energy conservation and carbon reduction, support key core technologies such as “new energy + energy storage”, accounting and measurement, energy-saving optimization control, flexible power supply regulation, and power load regulation in this field, and especially support remote sensing measurement, big data, cloud computing and other artificial intelligence Intelligent technology is used for scientific and technological innovation in related industries to further increase policy support, promote the transformation and application of related technological achievements, and promote the integration of production, education, research and application.Return to Sohu, see more

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Statement: The opinions of this article only represent the author himself, Sohu is an information publishing platform, and Sohu only provides information storage space services.

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