智能化变电站监测数据现场并行处理技术研究

梁俊斌; 张炜; 邓雨荣; 郭丽娟; 吕泽承

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电力建设 ›› 2013, Vol. 34 ›› Issue (2) : 35-40.

输配电技术

智能化变电站监测数据现场并行处理技术研究

梁俊斌，张炜，邓雨荣，郭丽娟，吕泽承

作者信息 +

Parallel Processing Technology of Monitoring Field Data in Intelligent Substation

LIANG Junbin, ZAHNG Wei, DENG Yurong, GUO Lijuan, LV Zecheng

Author information +

文章历史 +

摘要

智能化变电站的建设和智能电网的推广对高压电气设备的智能化提出了更高的要求，同时在线监测与诊断技术是智能化变电站建设的重要组成部分。由于目前监测类型多、处理数据量大，各层次间通信结构化关键技术有待完善，导致常规的数据处理方法已难当其任。通过总结当前状态监测数据现场分析预处理技术，在状态监测数据通信网络一体化结构、终端数据归集共享及预处理后数据传输模型等方面进行实例研究，并针对性地提出总结经验及改进措施，优化状态监测数据并行处理技术水平，旨在更合理地实现智能化变电站状态监测数据的统一归集、加工，为更好地分析利用监测数据提供帮助。

Abstract

The construction of intelligent substation and the development of smart grid have put forward higher requirements to the intelligence of high-voltage electric equipments. The on-line monitoring and diagnosis technology is a critical part of intelligent substation construction, however, the conventional data processing methods now are difficult to satisfy the needs of monitoring, because of the large number of t monitoring types, the large amount of data processing, and the imperfect technology of structured communication between each level. Based on the summary of existing pretreatment technologies of field analysis for condition monitoring data, some cases of the integrated structure of communication network for condition monitoring data, the collection and sharing of terminal data, as well as the data transmission model after pretreatment are studied. Finally, some experience and improvement measures are presented for the optimization of parallel processing technology for condition monitoring data, in order to more reasonably realize the unified collection and process of condition monitoring data in intelligent substation, and provide help for the better analysis and use of monitoring data.

导出引用

梁俊斌，张炜，邓雨荣，郭丽娟，吕泽承. 智能化变电站监测数据现场并行处理技术研究[J]. 电力建设. 2013, 34(2): 35-40

LIANG Junbin, ZAHNG Wei, DENG Yurong, GUO Lijuan, LV Zecheng. Parallel Processing Technology of Monitoring Field Data in Intelligent Substation[J]. Electric Power Construction. 2013, 34(2): 35-40

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