CAJ | 학술논문

从节能和转移负荷方面,阐述了建立用户侧能量管理系统（U-EMS）的必要性。在介绍U-EMS预期功能和实验环境的基础上,设计了U-EMS原型系统。U-EMS硬件部分由智能插座、数据收发模块、RS-232串口转以太网模块和服务器等组成;U-EMS软件部分包括数据收发及服务器端、PC端和手机端等相应软件模块,可实现用电设备的功率采集、总用电量计算及用电设备的通断等基础功能。介绍了U-EMS运行情况,并指明了系统下一步的发展和研究方向。
종절능화전이부하방면,천술료건립용호측능량관리계통（U-EMS）적필요성。재개소U-EMS예기공능화실험배경적기출상,설계료U-EMS원형계통。U-EMS경건부분유지능삽좌、수거수발모괴、RS-232천구전이태망모괴화복무기등조성;U-EMS연건부분포괄수거수발급복무기단、PC단화수궤단등상응연건모괴,가실현용전설비적공솔채집、총용전량계산급용전설비적통단등기출공능。개소료U-EMS운행정황,병지명료계통하일보적발전화연구방향。
The necessity of establishing a user-energy management system(U-EMS) is detailed in terms of energy saving and load transfer.On the basis of describing expectable functions and experimental environment,a U-EMS archetype system is designed including the hardware part and software part.The former consists of smart sockets,data receiving and dispatching modules,RS-232 serial to Ethernet module and server;the latter consists of data receiving and dispatching side,server side,PC side and smartphone side.The basic functions have been realized,including electricity power acquisition of electric equipment,electric equipment opening and disconnection,calculation of total power consumption and so on.Further,the system operation condition is described,and the next stage development and direction of research are pointed out.