摘要
电力系统当中应用继电保护系统,可实现其自动化水平及可靠性的提升。当今继电保护系统技术不断进步,其对整个电力系统的安全、有效运用发挥着关键作用,不仅可带来显著的经济效益,且社会效益更加凸显。电力系统中继电保护高效运用,促使其更佳适于电力系统的长远发展,乃是当前电力系统领域研究的重点内容。本文研究了可编程控制器(PLC)组态灵活、可靠性高、便于调试及易编程等特征,结合继电保护系统的需求,探讨了应用PLC对继电保护系统优化调整的策略,以此为相关应用研究提供理论支撑。
Relay protection system used in power system can achieve greatly enhance their level of automation and reliability.With the continuous development of today＇s relay protection system and a wide range of applications,relay protection plays a key role in the power system security and application,it also can bring significant economic and social benefits inherent in more prominent.This paper,how to effectively use relay protection and promote their long-term development of the power system,studies the current study highlights in the power systems.Programmable logic controller（PLC） with its configuration flexibility,high reliability,ease of debugging and ease of programming and other advantages,are widely used in various industries related control field.In PLC member discussed based on the content protection system at the core of the applied testing,in order to provide theoretical support for relevant applied research.
出处
《工业技术创新》
2016年第3期558-561,共4页
Industrial Technology Innovation
关键词
PLC
继电保护系统
二次设备
PLC
Relay Protection System
Secondary Equipment
