CAJ | 학술논문

为了更好地研究能源互联网的特性，文中在总结国内外关于能源互联网最新研究进展的基础上，将能源互联网的研究分为三类：全球能源互联网、广义能源互联网和狭义能源互联网，认为狭义能源互联网应包含电能和热能两个核心网络；在研究核心硬件设备(能源路由器、能源交换机和能源接口)的结构及其控制策略的基础上，提出基于这三种核心硬件设备的狭义能源互联网的三层结构，以此完成对当前能源互联网研究结构的优化；最后，完成一个校园狭义能源互联网搭设的试验，并实现相关的能源互联网软件系统，以此验证了能源互联网的部分特性。
위료경호지연구능원호련망적특성，문중재총결국내외관우능원호련망최신연구진전적기출상，장능원호련망적연구분위삼류：전구능원호련망、엄의능원호련망화협의능원호련망，인위협의능원호련망응포함전능화열능량개핵심망락；재연구핵심경건설비(능원로유기、능원교환궤화능원접구)적결구급기공제책략적기출상，제출기우저삼충핵심경건설비적협의능원호련망적삼층결구，이차완성대당전능원호련망연구결구적우화；최후，완성일개교완협의능원호련망탑설적시험，병실현상관적능원호련망연건계통，이차험증료능원호련망적부분특성。
In order to study energy internet better, this paper summarized the developing progress about energy internet which could be classified into three categories: global energy internet, generalized energy internet, special energy internet. About special energy internet, there are two key networks: power network and thermal network. Based on the study of the structure and control strategy of significant devices including energy router, energy switch and energy interface of energy internet, this paper also proposed a three-level structure of energy internet. Finally, this paper achieved the construction of the campus energy internet applied in the laboratory and a monitoring system of energy internet. This paper demonstrates the partial characteristics of the three-level structure of energy internet.