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yy_zantaiwendingjisuan
- 简单暂态计算：输入初始功率、无限大系统母线电压、系统等值电抗矩阵、惯性时间常数、间断数、发生故障时段、每段间隔时间；得到结果有不平衡功率、功角增量、电磁功率、发电机转子摇摆曲线-Simple transient calculation: input initial power, infinite system bus voltage, the system equivalent reactance matrix, inertia time constant, continuous number,
Electromagnetic-transient
- 本程序采用节点导纳矩阵计算短路电流，实现电力系统电磁暂态的计算-This program uses the node admittance matrix calculated short-circuit current, to achieve the calculation of power system electromagnetic transient
diancizantai
- 一个计算电力系统电磁暂态的程序，编程语言简单，通用性良好，可供电磁暂态初步学习使用。-A calculation of electromagnetic transients in power systems, programming languages, simple, common good, for a preliminary study using electromagnetic transient.
matlab-GUI
- 这是一个基于FDTD时域有限差分的变电站暂态电磁计算程序-This is based on the FDTD FDTD substation Transient Electromagnetic Calculation Procedure
Power-electronic-EMT-simulation
- 电力电子电磁暂态仿真电力电子电磁暂态仿真-power electronic EMT simulationpower electronic EMT simulation
ATP-EMTP
- 电力系统电磁暂态计算理论书籍，利用ATP-EMPT软件计算电力系统电磁暂态，讲解详细(Books on electromagnetic transient computation theory of power systems)
500KV双极
- 直流输电比起交流输电更适合进行远距离高压输电，基于PSCAD电磁暂态仿真软件构建了交流系统、换流变圧器、换流器、交-直流滤波器、平波电抗器及直流输电线路等的仿真模型，并以此搭建了500kV高压直流输电系统仿真模型，验证了该模型的准确性。(DC transmission is more suitable for long-distance transmission than AC transmission, the electromagnetic transient simulation soft
IEEE33节点算例
- IEEE33节点配电网电磁暂态仿真模型，包含配电网无限大电源母线，三相对称的支路与负荷模型，以及各负荷点处测量单元。(The electromagnetic transient simulation model of IEEE33 node distribution network includes the infinite bus of distribution network, the three-phase symmetrical branch and load model, and th
ATPDraw61_Install
- 电力系统电磁暂态仿真，atpdraw在WINdows操作系统下运行，可以辅助建立ATP的输入数据文件，而且也是ATP的综合平台。(Various elements of digital distance relaying are organized to generate a systematic approach to modeling the actual hardware of digital relaying systems.)
电力系统机电_电磁暂态混合仿真接口技术_王哲
- power system mmc hvdc .you can easy learn. tt,s a wonderful artticle for you to learn.~~~~~~~~~~~(power system mmc hvdc .you can easy learn. tt,s a wonderful artticle for you to learn.~~~~~~~~~~~~)