Energy Internet Oriented Emission Reduction Strategy of High Energy Consuming Industrial Parks

Abstract

Multi-energy supply is general need for the industrial parks due to the various production processes of different enterprises, and its main characteristics are high energy consumption and high carbon emissions. The carbon emission reduction of high energy consuming industrial parks is the key link for China to achieve "double carbon" goal. Therefore, this paper presents an emission reduction strategy of energy internet for high energy consuming industrial parks, taking an energy internet system of a typical high energy consuming industrial park in Chongqing as an example. The energy supply and carbon emission characteristics, as well as the energy consumption characteristics and carbon emission characteristics are firstly analyzed for the main production enterprises in the industrial parks. A multi-energy interactive coupling emission reduction strategy is presented to meet the multi type energy demand of the industrial parks and promotes energy conservation and emission reduction of industrial enterprises, which really breaks through the traditional isolated energy emission reduction. Finally, the results show that the emission reduction strategy can effectively reduce the carbon emission of energy internet in high energy consuming industrial parks.