Design of integrated energy system for parks based on complementation of cold, heat and electricity

doi:10.3969/j.issn.1674-1951.2021.04.006

Abstract

Abstract:

The analysis on the development of integrated energy at home and abroad shows that traditional mode of running cold,heat,electricity and other energy systems independently cannot achieve the optimizing and coordinating operation.Taking an industrial park as the example,an integrated energy information comprehensive solution based on the of cold,heat and electricity is proposed.Taking the actual situation of the park into consideration,a set of integrated energy system is established for the users of the park,as well as the government,to meet their demand for cold,heat and electricity.The overall architecture,data access,data flow and platform functions of the system were described in detail.This system realizes the interaction of energy flow,information flow and value flow.

Key words: integrated energy, multi-energy complementation, control platform, optimizing operation, service platform, carbon emission, CCHP, energy utilization rate

CLC Number:

TM73：TK01

ZHU Haidong, HAO Hao, ZHENG Jian, ZHANG Tingyu, CHEN Zhikai, HU Enjun. Design of integrated energy system for parks based on complementation of cold, heat and electricity[J]. Huadian Technology, 2021, 43(4): 34-38.

Figures/Tables 6

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