SEISMIC_CPML_1[1].1.3.tar

有源滤波器，用于过滤负载谐波电流和补偿无功功率，使得输电线路上的电流为基波分量。(Active power filter (APF) is used to filter load harmonic current and compensate reactive power, so that the current on the transmission line is the fundamental component.)

模拟发送GOOSE SV SNTP等，是智能变电站应用开发的实用工具，详细的说明在压缩包里边，压缩包里包含三个压缩包，分别是集成测试工具、协议安装包、协议安装说明等。(Analog transmission GOOSE SV SNTP, are intelligent application development utility substation, detailed instructions inside the archive, compressed package includes three compressed, respectively, integrated test tools, protocol package, installation instructions and other agreements)

说明：  利用simulink搭建了一个简单的配电网系统，可以模拟各种故障，并可对故障类型和电网结构参数进行修改满足自己的要求。(A simple distribution network system is built by using Simulink, which can simulate all kinds of faults, and can modify the fault types and grid structure parameters to meet their own requirements.)

It includes an matlab simulation of AGC(Automatic Governor Control) of a 2 area system.the details of the system are given in the document file included in the Zip file

说明：  微网粒子群优化配置程序，风光储设备选型及容量配置(Microgrid particle swarm optimization configuration program)

说明：  用于计算电力系统潮流，使用了牛顿拉普斯算法，IEEE34 节点系统(Newton raphson algorithm and IEEE34 node system are used to calculate power flow)

本文基于MATLAB对海洋钻井平台的系泊系统进行了优化处理(This paper optimizes the mooring system of offshore drilling platform based on MATLAB.)

说明：  是一个完整的1.5MW双馈风机简化模型，输入是风速，输出是功率，还没有做到并网模块(It is a complete simplified model of 1.5MW doubly fed fan. The input is wind speed and the output is power. The grid connection module has not been achieved)

说明：  模拟了单电池层间的能量守恒，即燃料电池电堆热传输模型，算法为四阶-五阶Runge-Kutta法：横坐标为单电池厚度，纵坐标为温度，模拟时长1000s(The energy conservation between layers of single cell, i.e. the heat transfer model of fuel cell stack, is simulated. The algorithm is Runge-Kutta method of fourth-fifth order: the abscissa is the thickness of single cell, the longitudinal coordinate is the temperature, and the simulation time is 1000s.)

含风机单机无穷大潮流计算的matlab程序语言(Matlab programming language with fan single machine infinite flow calculation)