CAJ | 학술논문

文中通过部署双向互动设备和负荷控制设备等，结合物联网技术，设计基于物联网技术的自动需求响应方案，该方案针对不同的电力消费行为模式，实现用电设备的监控；制定需求响应控制策略指导用户参与电网削峰填谷，并根据收集到的用户用电量变化数据，分析用户用电行为的变化，及其对电网负荷的影响。从而优化终端用户的用能结构，提高电能利用效率，节约用户电能消费，实现自动需求响应，降低电网负荷峰谷差，提高电网运行效率。
문중통과부서쌍향호동설비화부하공제설비등，결합물련망기술，설계기우물련망기술적자동수구향응방안，해방안침대불동적전력소비행위모식，실현용전설비적감공；제정수구향응공제책략지도용호삼여전망삭봉전곡，병근거수집도적용호용전량변화수거，분석용호용전행위적변화，급기대전망부하적영향。종이우화종단용호적용능결구，제고전능이용효솔，절약용호전능소비，실현자동수구향응，강저전망부하봉곡차，제고전망운행효솔。
Through the deployment of the two-way interactive equipment and load control equipment, and combination with the Internet of things, this paper designed the automatic demand response scheme based on the technology of the Internet of things.In view of different power consumption behavior models, this scheme realized the monitoring of the electrical equipment, formulated demand response control strategies to guide users to participate in the peak load shift-ing of the power grid, and analyzed the change of the users’ power consuming behavior and its impact on the power grid load according to the power change data collected from the users.Thereby the energy using structure of the end-users was optimized, energy utilization efficiency was improved, and energy consumption was saved so as to realize au-tomatic demand response, reduce the peak valley difference of the power grid load, and improve the working efficiency of the power grid.