它计算给定正序、负序和零序阻抗以及给定系统的 KVA 和 KV 的线对线故障和线对地故障。

内含IEEE1344-1995（R2001）PDF文档 、 基于FPGA的IRIG_B解码电路设计与实现PDF文档、VERLOG解码代码实现 IEEE Standard for Synchrophasors for Power Systems 1. Overview 1.1 Scope This is a standard for synchronized phasor measurement systems in substations. It addresses synchronization of data sampling, data-to-phasor conversions, and formats for timing input and phasor data output from a Phasor Measurement Unit (PMU). It does not specify response time, accuracy, hardware, software, or a process for computing phasors. 1.2 Purpose This standard defines synchronized phasor measurements in substations so that the measurement equipment can be readily interfaced with associated systems. It specifies data formats and synchronization requirements to allow correlating phasors from various sources and comparing them with similar data from different measurement systems. 1.3 Need for this standard Recent developments in the field of power system data acquisition provide users with the ability to record, time-tag, transmit, and analyze power system phasor quantities in real time. Given the emphasis on future system development, many different hardware and software approaches are being implemented to make the phasor data available. A standard is needed for integrating measurement systems into substation environments, to specify data output formats, and to assure that the measurement processes are producing comparable results. The synchrophasor standard will help ensure maximum benefits from the phasor measurements and will allow interchange of data between a wide variety of users of both real time and off-line phasor measurements. 2. References This standard shall be used in conjunction with the following publications:

电力规约报文解析器，可以将规约报文解读出来，便于查看数据

电力变配电A智能轨道巡检机器人，对室内进行实际勘测，了解房间的空间布局， 测量室内面积、房间高度、门窗的位置及而积，室内设施的安装位贸，室内设施线路的布局方式，电源的分布，

针对区域互联电力系统受到风电及负荷扰动后，系统频率会出现大幅度波动的问题，提出一种基于云神经网络自适应逆系统的多区域互联电力系统负荷频率控制方法。在分析单一区域电力系统有功输出特性的基础上，建立计及多区域有功输出的互联电力系统负荷频率控制模型。采用自适应逆控制有效解决系统响应和扰动抑制的矛盾。将云模型引入自适应逆系统构建云神经网络辨识器。利用云模型在处理模糊性和随机性等不确定性方面的优势，进一步提高神经网络的辨识能力。仿真结果表明，所设计的云神经网络自适应逆系统不仅可以得到好的动态响应，还可以使风电及负荷引起的扰动减小到最小。

基于混沌原子搜索优化的电力系统（HPS）负载频率自动控制（ALFC）Matlab代码.zip

电力系统中经常需要测量多路电压及电流信号,当电网频率变化时,必须采用同步技术才能保证采样计算的精度。结合发电机励磁控制装置采样模块的实现,介绍了利用新型DSP芯片TMS320F2812实现多通道同步交流采样的硬件电路及软件程序,通过试验进一步验证了新型DSP在电力系统自动化控制中的适用性和优越性。所提出的方案对交流电参量微机测量装置的软、硬件设计具有一定的参考价值。

电力网络稀疏算法基础

本人收集到的各种场景绝缘子数据，包含正常与缺陷，可用来训练绝缘子检测，分割或者缺陷绝缘子识别网络，持续收集中~

在matlab中实现电力系统各种形式潮流计算的工具箱，计算结果形式整洁美观