Tang Jie: Promote the innovation of the market, explore the development path of low -carbon in big cities

China Economic Net, Beijing, August 2nd. Recently, Tang Jie, a professor at Harbin University of Technology (Shenzhen) and the former deputy mayor of Shenzhen, said at the "First Seminar of the China Carbon neutral Innovation Forum" that carbon reduction mainly comes from the capacity produced by the unit. Decreased consumption and driving carbon reduction in industrial structure is the main path. It is necessary to promote the innovation of market players and explore the development path of low -carbon in large cities.

Tang Jie said in Shenzhen as an example that the continuous expansion of the scale of Shenzhen's manufacturing industry has not brought the simultaneous growth of carbon emissions. One of the important features is that the internal structure of the manufacturing industry is upgraded to upgrade to high -end industries, and it constitutes the manufacturing collaboration system with surrounding cities. The energy consumption of industrial manufacturing gradually decreases.

Tang Jie said that energy transfer between domestic regions is accompanied by gradient changes in energy consumption. With the continuous advancement of Western Power East, the energy consumption industry in the manufacturing industry is more concentrated in the eastern region. According to the comparative advantage thinking, the high energy consumption industry should be close to the energy place, but from the perspective of the domestic situation, the biggest comparative advantage is the industrial connection. The high -energy consumption industry is gathered in the eastern region, but in the future The development of energy consumption levels decreases.

Tang Jie believes that after the increase in energy consumption output driven by the industrial upgrade unit, another problem that needs to be considered simultaneously is the adjustment of the energy structure. As the number of cities of the tens of millions of population continues to increase, large -scale electricity ultra -long -range conversion can be transmitted. Whether the renewal energy is appropriate is worth studying.

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