Simulink simscape Synchronous reluctance machine model with added grid and rectifier instead of battery

Question

Daniel Andersen 2017-10-28

0
链接

此问题的直接链接

https://ww2.mathworks.cn/matlabcentral/answers/363774-simulink-simscape-synchronous-reluctance-machine-model-with-added-grid-and-rectifier-instead-of-batt

回答： Joel Van Sickel 2020-9-2

I am working with the model https://se.mathworks.com/help/physmod/sps/examples/synchronous-reluctance-machine-torque-control.html and want to add grid and rectifier instead of the battery present in the model. My problem is that when the motor start to draw current the DC voltage on the dc-link will start to fall. Even if I put a higher the capacitor value it will still fall just slower. Can anybody tell me what I am doing wrong or which parameters I should look at? (see attached picture of model)

2 个评论
显示无隐藏无

Manan Mishra 2017-10-31

编辑：Manan Mishra 2017-10-31

Can you please attach your model file (.slx)? This will help in reproducing the issue as you might have made some changes to the parameters and model configurations of the example model. This will also provide information about the parameters of the new blocks you have added.

Daniel Andersen 2017-10-31

pe_synrm_velocity_control_V1_TPQ.slx.zip

Thanks for answering, the file is attach. I actually fixed the problem myself, if I put use fixed-cost runtime consistency iterations off in solver configuration (connected to the mechanical circuit) it can hold the voltage. Can you tell me why this is?

请先登录，再进行评论。

请先登录，再回答此问题。

Answer 1

Joel Van Sickel 2020-9-2

0
链接

此回答的直接链接

https://ww2.mathworks.cn/matlabcentral/answers/363774-simulink-simscape-synchronous-reluctance-machine-model-with-added-grid-and-rectifier-instead-of-batt#answer_488722

Just some Matlab Answers cleanup. Daniel solved the problem:

Daniel Andersen on 31 Oct 2017

pe_synrm_velocity_control_V1_TPQ.slx.zip

Thanks for answering, the file is attached. I actually fixed the problem myself, if I put use fixed-cost runtime consistency iterations off in solver configuration (connected to the mechanical circuit) it can hold the voltage. Can you tell me why this is?