Along with the establishment of the information network for protective relaying and fault recorders, the plentiful recorded fault data lay a foundation for further diagnosis of the faults.
随着继电保护及故障录波信息网的建立，丰富的录波信息为进一步诊断提供了基础。
It Presents a new hardware design for realizing remote transmission and processing of recorded fault data. The data communication modes, interfaces and hardware configurations are explained in detail.
给出了省、地级微机故障录波数据远传及处理系统的硬件体系结构设计方案，着重对系统采用的通信方式、通信接口、设备配置等进行详细的分析介绍。
Utilizing the recorded fault data to replay the transient process, the dynamic load model could be verified by the comparison between measured curves and simulation ones.
利用故障录波信息重演负荷特性的暂态过程，通过实测曲线和负荷模型仿真曲线的比较，进行负荷动特性模型的校验。
Utilizing the recorded fault data to replay the transient process, the dynamic load model could be verified by the comparison between measured curves and simulation ones.
利用故障录波信息重演负荷特性的暂态过程，通过实测曲线和负荷模型仿真曲线的比较，进行负荷动特性模型的校验。
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