▍1. Robust_Optimization
说明： 基于PSCAD平台的建模，关于鲁棒优化，优化了相关物理量(Modeling based on PSCAD software, the content is robust optimization and optimization of relevant physical quantities.)
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▍2. PowerQuality
基于PSCAD的网络建模，可以计算电能质量等物理量，供大家学习(Network modeling based on PSCAD can calculate physical quantities such as power quality for everyone to learn.)
▍3. PowerQuality
说明： 基于PSCAD的网络建模，可以计算电能质量等物理量，供大家学习(Network modeling based on PSCAD can calculate physical quantities such as power quality for everyone to learn.)
▍4. WindFarm
基于PSCAD的风电厂建模，包含不同子模块，可模拟风电厂的实际运行(The wind power plant model based on PSCAD includes different sub-modules, which can simulate the actual operation of the wind power plant.)
▍5. WindFarm
说明： 基于PSCAD的风电厂建模，包含不同子模块，可模拟风电厂的实际运行(The wind power plant model based on PSCAD includes different sub-modules, which can simulate the actual operation of the wind power plant.)
▍6. SimpleSTATCOM
说明： 电网STATCOM模型，可以用RTDS打开(STATCOM model of the grid, can be opened with RTDS)
▍7. 2021XG-01
基于电网模型参数的RTDS模型，可以转换成PSCAD模型(RTDS model based on grid model parameters can be converted into PSCAD model)
▍8. 2021XG-01
说明： 基于电网模型参数的RTDS模型，可以转换成PSCAD模型(RTDS model based on grid model parameters can be converted into PSCAD model)
▍9. IEEEPES Meeting IEEE34 Bus PSCAD Modelling
IEEE34节点系统建模说明 目录：1. Introduction 2. System Modeling 3. Power Flow Validation 4. Wind Generator Modeling 5. Slip and Power Flow Results 6. Short-Circuit Analysis 7. Conclusions(Distribution System Analysis:Panel Session -Induction Machine Modeling)
▍10. IEEEPES Meeting IEEE34 Bus PSCAD Modelling
说明： IEEE34节点系统建模说明 目录：1. Introduction 2. System Modeling 3. Power Flow Validation 4. Wind Generator Modeling 5. Slip and Power Flow Results 6. Short-Circuit Analysis 7. Conclusions(Distribution System Analysis:Panel Session -Induction Machine Modeling)
▍11. PSCAD仿真实例
说明： PSCAD仿真模型，可参考各种例子，有各种高压直流输电模型，有整流器的模型等等，供参考(PSCAD simulation model can refer to various examples, including various HVDC transmission models, rectifier models and so on, for reference.)
▍12. Cigre_Benchmark.gf46
说明： 适用于电力系统模型搭建的hvdc线路，可以用于分析hvdc的稳定性也可以用于搭载其他部件的研究(HVDC lines suitable for power system models can be used to analyze the stability of HVDC and to carry other components)
▍13. windfarm
基于pscad平台搭建的风机模型，可以用于次同步振荡或者是电力系统稳定性的研究(Wind turbine model based on PSCAD platform can be used to study subsynchronous oscillation or power system stability)
▍14. windfarm
说明： 基于pscad平台搭建的风机模型，可以用于次同步振荡或者是电力系统稳定性的研究(Wind turbine model based on PSCAD platform can be used to study subsynchronous oscillation or power system stability)
▍15. salientandnonsalientpolesynchronousgenerator
隐极同步发电机和凸极同步发电机模型的PSCAD实例(PSCAD Example of Non-salient Models For Synchronous Generator)
▍16. salientandnonsalientpolesynchronousgenerator
说明： 隐极同步发电机和凸极同步发电机模型的PSCAD实例(PSCAD Example of Non-salient Models For Synchronous Generator)
▍17. PV-Battery Model
光伏逆变电源并网，并网光伏发电完整模型，用来进行PSCAD仿真(Grid-connected Inverter Power Supply)
▍18. PV-Battery Model
说明： 光伏逆变电源并网，并网光伏发电完整模型，用来进行PSCAD仿真(Grid-connected Inverter Power Supply)
▍19. Variable_wind_grid
PSCAD可变风场接配电网模型，内含详细模型参数说明，简单易懂，参考价值高，非常适合初学者学习，可运行(PSCAD variable wind field connected to the distribution network model, including detailed model parameters, easy to understand, high reference value, very suitable for beginners to learn, can run)
▍20. Variable_wind_grid
说明： PSCAD可变风场接配电网模型，内含详细模型参数说明，简单易懂，参考价值高，非常适合初学者学习，可运行(PSCAD variable wind field connected to the distribution network model, including detailed model parameters, easy to understand, high reference value, very suitable for beginners to learn, can run)
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