CAJ | 학술논문

为了解决快速自愈分布智能型馈线自动化系统的瞬时性故障的快速恢复供电并进一步提高其可靠性,提出一种一侧带电启动重合、重合成功后向相邻开关发送信息驱动其合闸的重合闸控制策略,可有效地实现瞬时性故障的快速恢复供电,并能在通信通道障碍情况下使系统仍能有效恢复供电。提出一种开关拒分处理措施,以有效减少开关拒动对恢复供电造成的不利影响。分析指出：对于偶然干扰造成的误判或漏判,仅会造成故障影响范围短暂扩大现象,随后故障就可被隔离在最小范围。建议采用超级电容器作为智能电子设备的备用电源储能部件,以确保其可靠性。文中给出实例分析,结果表明所建议的方法是可行和有效的。
위료해결쾌속자유분포지능형궤선자동화계통적순시성고장적쾌속회복공전병진일보제고기가고성,제출일충일측대전계동중합、중합성공후향상린개관발송신식구동기합갑적중합갑공제책략,가유효지실현순시성고장적쾌속회복공전,병능재통신통도장애정황하사계통잉능유효회복공전。제출일충개관거분처리조시,이유효감소개관거동대회복공전조성적불리영향。분석지출：대우우연간우조성적오판혹루판,부회조성고장영향범위단잠확대현상,수후고장취가피격리재최소범위。건의채용초급전용기작위지능전자설비적비용전원저능부건,이학보기가고성。문중급출실례분석,결과표명소건의적방법시가행화유효적。
In order to solve fast power supply restoration after temporary fault and further improve the reliability of the distributed intelligent based feeder automation system with fast self-healing performance,a novel re-closing control strategy is put forward.The re-closing process of a switch is started only when the switch is energized.Once the re-closing is succeed,a message is sent to adjacent switches so that makes them closed.With the proposed re-closing strategy,not only the temporary faults and permanent faults can be effectively indentified,but also the restoration process can work normally even with fault in communication channel.An approach to deal with the refused tripping of switches is proposed and bad influence of the refused tripping on the restoration process is remarkably reduced.Based on the analysis,it is pointed out that when there is a missed detection or a mistaken detection of fault current due to accidental interference,the fault influence can only temporary enlarged and then it will be finally well isolated in minimum area.It is suggested that super capacitor is used as the energy storage device for back-up power supplies in the intelligent electronic devices（IEDs） so as to enhance reliability.The results of many cases study given in the paper show the feasibility and effectiveness of the proposed approaches.