Dynawo simulation nordic case notebook

[Lisrte]

Please check if the PR fulfills these requirements

• The commit message follows our guidelines
• Tests for the changes have been added (for bug fixes / features)
• Docs have been added / updated (for bug fixes / features)

Does this PR already have an issue describing the problem?

No

What kind of change does this PR introduce?

Feature

What is the current behavior?

What is the new behavior (if this is a feature change)?
Add a notebook for Dynawo dynamic simulation nordic case

Does this PR introduce a breaking change or deprecate an API?

• Yes
• No

[flo-dup]

Can't get the simulation to run with those parameters (I changed the homeDir to the installation directory). Maybe the problem is in the config? Or on my side...

[flo-dup]

the problem was, the config changes need a kernel restart to be taken into account... 😒

[flo-dup]

Thanks a lot @joyelfeghali for the comments in the notebook! 🙏
Just one thing, isn't there a mistake on your description of the first curve? The events you mentioned at 30s and 35s don't correspond to the curve, it seems. And similarly when you say "0.1s later", it's not 100% clear to me where on the curve we are (0.1s after which event?)

[joyelfeghali]

Thanks a lot @joyelfeghali for the comments in the notebook! 🙏 Just one thing, isn't there a mistake on your description of the first curve? The events you mentioned at 30s and 35s don't correspond to the curve, it seems. And similarly when you say "0.1s later", it's not 100% clear to me where on the curve we are (0.1s after which event?)

It's at 1.1s, after 0.1s after the fault occurred. I will correct it since it is not very clear.
For the other events, it is not very visible at the curve but at 34s to be precise the LTC starts changing taps but before that, it seems that we arrived at a kind of equilibrium, where the rate of change of the voltage is very slow. I will also change the way I describe it.

[joyelfeghali]

Thanks a lot @joyelfeghali for the comments in the notebook! 🙏 Just one thing, isn't there a mistake on your description of the first curve? The events you mentioned at 30s and 35s don't correspond to the curve, it seems. And similarly when you say "0.1s later", it's not 100% clear to me where on the curve we are (0.1s after which event?)

It's at 1.1s, after 0.1s after the fault occurred. I will correct it since it is not very clear. For the other events, it is not very visible at the curve but at 34s to be precise the LTC starts changing taps but before that, it seems that we arrived at a kind of equilibrium, where the rate of change of the voltage is very slow. I will also change the way I describe it.

Also maybe we could plot the curves in seconds, not ms?

[flo-dup]

Also maybe we could plot the curves in seconds, not ms?

Could you do this @Lisrte?

[Lisrte]

Also maybe we could plot the curves in seconds, not ms?

Could you do this @Lisrte?

All done, I also changed the axis label a little.