搜索资源列表
fault_location
- 在matlab-simulink里搭建的一个三项线路故障模型，可用于故障测距，定位-A three fault lines in matlab-simulink model built in, can be used for fault location, location
tp2met206
- POWER SYSTEM FAULT LOCATION
IEEE_06884869
- A Traveling-Wave-Based Methodology for Wide-Area Fault Location in Multiterminal DC Systems
shuangduandianqiliangguzhangceju
- 基于双端电气量的故障测距，里面的输电线路是分布式输电线路，所以该模型已经考虑到了分布参数对测距的影响，能进行稳定而精确的测距！-Based on samples at both ends of the fault location, inside the transmission line is a distributed transmission line, so that the model has taken into account the effect of the distribut
harmony-search
- 使用和声搜索算法是需要编写的代码，由此可实现其故障定位的功能-The use of harmony search algorithm is the need to write code, which can achieve the function of its fault location
dianlanguzhang
- 电缆故障诊断以及故障方法的介绍，故障定位，自适应故障报警等-Cable fault diagnosis and fault method is introduced, fault location, the adaptive fault alarm, etc
A-Transient-Harmonic-Current-Protection_Scheme-fo
- Based on the boundary characteristic of a dc transmission line, the response of transient harmonic current in the line-commutated converter HVDC transmission system is analyzed under various fault conditions in this paper. A new transient har
TFDR
- 时频域联合反射法（TFDR）故障测距原理及相关论文 -Joint time-frequency domain reflectometry (TFDR) fault location principle and related papers
1553B
- MIL-STD-1553总线测试分析设备主要用于对MIL-STD-1553总线形式的在线仿真测试、数据分析、数据存盘、数据回放、图形化显示等功能，满足了设备检测和故障定位的需要，为总线测试提供了强大的分析工具。应用于飞机综合航电系统、装甲车辆综合电子系统、舰船综合电子系统、导弹等武器系统中。-MIL-STD-1553 bus test and analysis equipment is mainly used for MIL-STD-1553 bus in the form of online
Hybrid_System11
- The 35kv/10kv distribution network for the fault location test. The line parameter and the data comtrade has been there.
simulink-de-tu-he-cheng-xu
- 输电线路故障定位，含有几种不同线路情况，两端，三端，多端。并配有行波提取程序-Transmission line fault location, with several different line conditions, both ends, three ends, multi-terminal. And with a traveling wave extraction program
大型风力发电机组变桨距系统故障定位_张举良
- 大型风力发电机组变桨距系统故障定位简单方便简介(Fault location of variable pitch system of large scale wind turbine generator)
_风力发电机组叶片故障诊断
- 风机叶片的裂纹和断裂是导致风机机组事故的重要因素之一，尽早诊断出风机叶片的 故障部位与故障程度，对安全生产具有意义重大。本文将叶片振动信号作为研究对象，利用小波分解方法对其进行信号分解，并与时域和频域方法处理结果进行对比分析，得出诊断结论。仿真结果表明: 小波分解方法可以更有效的获取故障特征信号，具有较高的故障诊断率。(The crack and fracture of fan blade is one of the important factors that cause the accid
任意次B样条小波模极大值
- 基于pscad仿真的行波故障测距的小波模极大值测试matlab程序(Wavelet modulus maxima test matlab program based on PSCAD simulation for traveling wave fault location)
Untitled6
- 传输线故障测距，方法简单易于理解，可行性高(The transmission line fault location method is simple, easy to understand and feasible)
untitled724
- 传输线故障测距，方法简单易于理解，可行性高希望对读者有帮助(The transmission line fault location method is simple, easy to understand and feasible)
untitled728
- 传输线故障测距，可行性高方法简单易于理解，(The transmission line fault location method is simple, easy to understand and feasible)
untitled813
- 采用此方法计算简单易行，方法简单，容易理解(The transmission line fault location method is simple, easy to understand and feasible)
基于暂态信息的配网故障定位与诊断技术
- 基于暂态信息的配网故障定位与诊断技术。请学习(Fault location and diagnosis technology of distribution network based on transient information. Please learn)
基于故障指示器的配电网故障定位研究
- 故障指示器，故障定位研究的文章，提供一种参考设计，供设计人员(Fault indicator, fault location research article, provides a reference design for designers)