CAJ | 학술논문

以“工业4.0”下能源互联网的电力运营交易机制为出发点，研究了能源互联网在长期运营中各能源发电商的发电量博弈问题。先引入了研究完全信息动态博弈问题的理论—可观察行动的重复博弈模型；在该模型的基础上，建立了化石能源和清洁能源发电商的博弈模型；接着引进无名氏定理来说明重复博弈的纳什均衡解的存在性。最后，以运营交易流程为依据，进行了算例分析，得出了化石能源和清洁能源在2014—2044年发电量的博弈结果，并进行了对2种能源博弈结果的模糊综合评价。
이“공업4.0”하능원호련망적전력운영교역궤제위출발점，연구료능원호련망재장기운영중각능원발전상적발전량박혁문제。선인입료연구완전신식동태박혁문제적이론—가관찰행동적중복박혁모형；재해모형적기출상，건립료화석능원화청길능원발전상적박혁모형；접착인진무명씨정리래설명중복박혁적납십균형해적존재성。최후，이운영교역류정위의거，진행료산례분석，득출료화석능원화청길능원재2014—2044년발전량적박혁결과，병진행료대2충능원박혁결과적모호종합평개。
This paper aims to solve power transaction mechanism problem for energy internet in industrial 4.0 era background, and electricity generation amount for individual power producers wasinvestigated for long term operation in energy internet. Firstly, complete information dynamic game theory, i.e. repeated game modelofobservable action was presented. Based on this model, game model of fossil energy and clean energy producers was established. Then existence of Nash equilibrium of repeated game was proved with an anonymous theorem. Finally, on basis of transaction process chart, example analysis was performed; power generation amount of fossil energy and clean energy between 2014 and 2044 was obtained. Finally, fuzzy comprehensive evaluation for game results of fossil energy and clean energy was performed.