Economic and comprehensive energy performance evaluation and business model of power enterprises under the double carbon background

【Author】 He, Jia

【Source】ELECTRONIC COMMERCE RESEARCH

【影响因子】3.462

【Abstract】With the "Double Carbon" goal put forward, more and more traditional electricity power generation enterprises (EPGEs) are transforming into new energy EPGEs. To improve the comprehensive energy performance of EPGEs in China and optimize their business operations, in the context of Double Carbon, firstly, blockchain technology (BT) is combined with the comprehensive energy performance evaluation of EPGEs to construct a comprehensive energy performance evaluation index system (PEIS) for EPGEs. Secondly, the weights of comprehensive energy performance evaluation indicators (PEIs) are determined by combining the Analytic Hierarchy Process (AHP) and factor analysis. Finally, the comprehensive energy performance evaluation results of EPGEs in the case are analyzed, and their business operations are optimized. The proposed PEIs consider six primary indicators subdivided into 20 secondary ones. Primary indicators include post-process economic evaluation, dynamic economic evaluation, energy consumption evaluation, reliability evaluation, intelligent empowerment evaluation, and environmental protection indicators. After statistics, weights of each indicator are 0.0429, 0.0646, 0.2503, 0.1601, 0.3808, and 0.1013, respectively. It can be found that the indicators of intelligent empowerment evaluation have the largest weight, followed by the indicators of energy consumption evaluation. The results prove that thermal EPGEs gradually transform into new energy EPGEs to better economic performance and reduce environmental pollution under Double Carbon background and Low Carbon Economy (LCE). This work is helpful for EPGEs to carry out comprehensive energy performance evaluations and provides a reference for them to expand business realms.

【Keywords】Double carbon; Economy and comprehensive energy; Performance evaluation; Business model; Electricity enterprise

【发表时间】

【收录时间】2022-11-21

【文献类型】理论模型

【主题类别】

区块链应用-实体经济-能源领域