Research on optimization method of integrated energy system allocation in(near)zero-carbon parks for carbon market trading
Wang Yongli
Zhang Siwen
Guo Lu
Dong Huanran
YU Tongwei
Zhang Chunyan
Abstract：In order to further promote the reform of the power system,promote the construction of a new power system,and accelerate the realization of the goal of"3060 carbon peak and carbon neutrality",the low-carbon and clean development of industrial parks will become an important trend and key content in the clean transformation process of the power system,and it is imperative for industrial parks to realize new energy replacement and implement carbon emission management.In this context,based on the background of electric carbon market collaboration,this paper studies(near)zero-carbon parks from the perspective of carbon market,conducts in-depth analysis of(near)zero-carbon parks under different carbon trading scenarios,and builds a systematic carbon emission accounting method for the whole life cycle of(near)zero-carbon parks.Moreover,an optimization model of the park's integrated energy system configuration aiming at the lowest carbon emission is established to promote the development of(near)zero-carbon parks in the future.
Keywords：integrated energy systemzero-carbon parkcarbon emission accounting
Publication Date：2024-02-20
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：9( 83-91 )