▍1. HVDC_cigré_benchmark
The base-case HVDC Benchmark CIGRE, implemented on PSCAD software.
The base-case HVDC Benchmark CIGRE, implemented on PSCAD software.
搭建的静止同步补偿器,可用于抑制电力系统次同步振荡(The static synchronous compensator can be used to suppress subsynchronous oscillation in power system.)
永磁风电,svpwm,不含桨距角控制,记得先打开坐标库。(PMSG. SVPWM. No pitch control. Do remember open the vector library first.)
SVPWM模块,出口为六路触发脉冲。适用风电/VSC等。含测试系统。(SVPWM. Outputs: 6 pulses. For PMSG/DFIG/VSC-HVDC... Test system included.)
双馈风机,含轴系模型,变流器简化为受控电压源,记得先打开坐标库。(DFIG. Shaft model included. Converters are simplified as controllable voltage source.)
DFIG_完整机网侧IGBT_记得先打开运行库(DFIG. Rotor-side & grid-side converters. Do remember open the vector library first.)
基于pscad搭建的三相脉波整流程序,可直接运行,也可将此修改后作为AC/DC模块。(The three-phase pulse rectifier based on PSCAD can be run directly, or it can be modified as AC/DC module.)
风机模型,自改风机模型单双馈模型pscad对微网的构成一部分,用来对事物进行控制参数优选用了好久了(Fan model, self changing fan model, single and double fed model PSCAD part of the microgrid constitute a part of the control parameters that have been selected for a long time.)
该模型为单相H桥仿真模型,主要目的用于验证补偿装置各方面性能,个模块功能如下: 1)System 模块:包括系统电源,开关,负荷 2)H module模块:补偿装置H桥 3)Control模块:包括所有控制环节 4)PWM模块:包括PWM产生过程(The model is a single-phase H bridge simulation model. The main purpose is to verify the performance of the compensation device. 1) System module: including system power, switch, load 2) H module module: compensation device H Bridge 3) Control module: all control links 4) PWM module: including the PWM production process)
permanent magnetic machine wind turbine model PSCAD
500MVA的双馈风电场,希望有用,能帮到大家(Double feed wind power plant of 500MVA)
次同步振荡,论文对同步发电机建模,串补建模,信号测试法都有较清晰的说明。(Subsynchronous oscillation, the paper has clear explanation for synchronous generator modeling, series compensation modeling and signal test method.)
配电网电弧模型,详细说明,有一定的参考价值和意义(a r c f au lt in s m a ll curr e nt line)
PSCAD搭的双馈感应式风力发电系统。DHIG模型,设置一下参数就行(DHIG model of doubly-fed induction wind power generation system built by PSCAD)
该PSCAD搭建了500kV超高压直流输电的仿真模型,并仿真了在故障情况下系统的稳定性。(The PSCAD set up the simulation model of 500kV EHV DC transmission system, and simulated the stability of the system under the condition of failure.)
2016_Design test of a hybrid energy storage system for primary frequency control using dynamic droop method in an isolated microgrid power system