Please download the following fixed admittamce Matrix simulated converters and run them on your Computer. Compare the simulation Speed, accuracy and fexiblity of These fixed admittamce Matrix-Models with your own simulator.
The Control System of the model “WIND_DFIG_OFFSHORE_10S” contains very large number of Simulink-blocks. This will cause slow Simulation. You have to convert the Block s”Reg10″ to S-Function blocks using the Simulink-Coder Toolbox (rtw). You get at least 6 times faster Simulation.
Some of the features of the fixed admittamce Matrix simulated Converters can be sumarized as follows:
– All the developed SimuPec-blocks use piecewise linear devices for IGBTs and Diode (NOT AVERAGING MODELS). However the contibution in the admittance Matrix is fixed admittance Gs=1/ohm ;
– All the developed SimuPec-blocks use only Simulink C-S-Functions;
– All the developed SimuPec-blocks behaves exactly like builtin Simulink blocks, they have their own parameters, they can be copied and pasted;
| 1 | MMC_HB_401_Level Converter
http://simupec-xxl.eu/wp-content/uploads/2020/05/MMC_HB_401L.zip |
| 2 |
Fast Simulation of detailed wind farm contaning 100 Doubly fed induction Generator connected to the same bus using the fixed admittance Simulator and Simulink-coder Toolbox (rtw). http://simupec-xxl.eu/wp-content/uploads/2021/05/WIND_DFIG_OFFSHORE_10S.zip |
| 3 |
Modelling and Simulation of Vector contolled induction Motor drive System. The model contains mainly, a 3-Level neutral Point clamped converter and 6-puls Diode converter in Addition to the Vector Control system. http://simupec-xxl.eu/wp-content/uploads/2019/08/NPC-Converter_AynMotor.zip |