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文章摘要
背靠背直流输电工程网络损耗监测系统研究与实现
Research and realization of transmission loss monitoring system of back-to-back DC transmission project
Received:August 14, 2019  Revised:September 02, 2019
DOI:10.19753/j.issn1001-1390.2021.03.012
中文关键词: 背靠背直流输电  损耗监测  时间同步  误差一致性  故障预警
英文关键词: back-to-back DC transmission, loss monitoring, time synchronization, bias consistency, malfunction warning
基金项目:国网湖北省电力有限公司科技项目(521532170015)
Author NameAffiliationE-mail
Tang Dengping Measurement Center of State Grid Hubei Electric Power Company jztcbb1@sina.com 
Zheng Xin Measurement Center of State Grid Hubei Electric Power Company shzhengxingg@163.com 
Li Chengzhu* CET Shenzhen Electric Technology Inc. lichengzhu@cet-electric.com 
Lei Ming Measurement Center of State Grid Hubei Electric Power Company hbeptriyf11@126.com 
Li Jun Measurement Center of State Grid Hubei Electric Power Company lilijunjun-20011@163.com 
Wang Shangpeng Measurement Center of State Grid Hubei Electric Power Company 8694811691@qq.com 
Wang Xinhua CET Shenzhen Electric Technology Inc. wangxinhua1@cet-electric.com 
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中文摘要:
      为实现背靠背直流输电工程损耗的实时在线监测,文中设计了一套网络损耗监测系统,主要包括损耗监测装置和上位机软件平台两部分。其中,损耗监测装置基于两种数据采集方案,能够适应不同工程现场的需求,兼容多种类型的交、直流信号,实现整流侧与逆变侧、交流侧与直流侧的数据时间同步,彻底消除多台电能计量设备之间的误差一致性问题,达到系统各部分损耗的高精度实时监测;上位机软件能够对大量数据进行显示、存储和统计分析,为故障预警、告警、系统健康状态评估提供数据支撑,还能为供电部门基于大数据进行损耗预测提供统计数据。该系统对多种类型的直流输电工程网络损耗监测均具有实际意义。
英文摘要:
      In order to comply the real-time online monitoring for back-to-back DC transmission project losses, this paper designed a loss monitoring system, which mainly containing loss monitoring device and host computer software platform. The loss monitoring device, based on two data collection schemes, can adapt to the needs of different projects and be compatible with lots of types of AC and DC signals, thus realize the time synchronization between rectifier side with inverter side and AC side and DC side, completely eliminate the problem of deviation inconsistency between multiple energy metering devices, therefor the high-precision real-time monitoring of loss of various parts of the system can be achieved. The host computer software can display, store and analysis large amounts of data, thus provides data support for malfunction warning, health status assessment and the power loss prediction of power supply department based on big data. This system is of great significance for many types of DC transmission engineering in loss monitoring.
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