典型文献
Proportional Current Sharing Based on Periodic Dynamic Event-driven H∞ Consensus in DC Microgrids with Power Coupling
文献摘要：
Although the proportional current sharing has been widely studied,the heterogeneous characteristic of the different interfaced converters and power coupling terms among dis-tributed generators(DGs)are rarely considered.Therefore,this paper proposes a secondary Ho consensus method with a peri-odic dynamic event-driven scheme for dc microgrids with power coupling to accomplish the precise proportional current-sharing.It is useful for reducing carbon.First,a generalized converter is constructed through equivalent transformation between rectifier and boost converter.Moreover,the heterogeneous characteristic of the interfaced converters regarding different DGs,such as wind and solar generators,is embedded into controller design.Furthermore,the standard linear heterogeneous multi-agent system with power coupling term is built.On this basis,the problem of proportional current sharing is modified into the output consistency problem of multi-agent systems.Furthermore,the Ho consensus approach is proposed to accomplish the precise proportional current sharing.Meanwhile,to shorten communication bandwidth,the periodic dynamic event-driven communication strategy is designed.Compared with traditional event-driven communication schemes,a lower communication frequency has been obtained through the proposed communi-cation scheme.In addition,this communication scheme not only avoids Zeno-behavior,but also acquires the smallest sampling time interval.Finally,effectiveness of the proposed approach is verified by two test systems.
文献关键词：
中图分类号：
作者姓名：
Rui Wang;Qiuye Sun;Lei Liu;Li Zhang;Peng Wang;Huaguang Zhang
作者机构：
College of Information Science and Engineering,Northeastern University,Liaoning 110819,China;College of Science,Liaoning University of Technology,Liaoning 121001,China;School of Electrical and Electronic Engineering,Nanyang Technological University,639798,Singapore
文献出处：
引用格式：
[1]Rui Wang;Qiuye Sun;Lei Liu;Li Zhang;Peng Wang;Huaguang Zhang-.Proportional Current Sharing Based on Periodic Dynamic Event-driven H∞ Consensus in DC Microgrids with Power Coupling)[J].中国电机工程学会电力与能源系统学报（英文版）,2022(06):1558-1568
A类：
B类：
Proportional,Current,Sharing,Based,Periodic,Dynamic,Event,driven,Consensus,DC,Microgrids,Power,Coupling,Although,proportional,current,sharing,has,been,widely,studied,heterogeneous,characteristic,different,interfaced,converters,power,coupling,terms,among,dis,tributed,generators,DGs,rarely,considered,Therefore,this,paper,proposes,secondary,Ho,consensus,method,dynamic,event,dc,microgrids,accomplish,precise,It,useful,reducing,carbon,First,generalized,constructed,through,equivalent,transformation,between,rectifier,boost,Moreover,regarding,such,wind,solar,embedded,into,controller,Furthermore,standard,linear,multi,agent,built,On,basis,problem,modified,output,consistency,systems,approach,proposed,Meanwhile,shorten,communication,bandwidth,periodic,strategy,designed,Compared,traditional,schemes,lower,frequency,obtained,In,addition,not,only,avoids,Zeno,behavior,also,acquires,smallest,sampling,interval,Finally,effectiveness,verified,by,two,test
AB值：
0.576042
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