因此研究特高压输电线路的继电保护新原理及自适应重合闸技术具有重要的现实意义。
Therefore the research on new principle of protection and adaptive auto-reclosing technique for UHV transmission line is of great practical significance.
本文探索性地应用多传感器数据融合技术解决输电线网的故障类型识别问题，力求寻找一条自适应继电保护和智能故障诊断的新途径。
Using data fusion technique to realize fault discrimination of transmission lines, this work tried to find a new approach of adaptive relay protection and intelligent fault diagnosis on power system.
在概述国内外自适应技术在继电保护应用的基础上，提出了今后自适应继电保护的主要研究方向。
Based on the brief summary of adaptation technique applying to power system protection, the research direction of adaptive relay protection in future is proposed.
为了清楚的描述自适应技术在继电保护定值计算和管理中发挥的作用，我们建立了一个完整的定值计算和系统来进行说明。
In order to clearly describe action of adaptive technology in relay protective Settings calculation and management, we set up an integrated management system.
通过编制一整套完整的发电厂继电保护定值计算和管理系统来验证了自适应技术在继电保护定值计算和管理中的有效性和实用性。
After programming an integrated relay protective Settings calculation and management system for power plant, the validity and practicability of adaptive relay protective Settings theory is proved.
通过编制一整套完整的发电厂继电保护定值计算和管理系统来验证了自适应技术在继电保护定值计算和管理中的有效性和实用性。
After programming an integrated relay protective Settings calculation and management system for power plant, the validity and practicability of adaptive relay protective Settings theory is proved.
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