Can this be used on high-power DC charging stations?

[GanMocai]

Can this be used on high-power DC charging stations?
I see that the chargers in the examples are all AC. And it seems that agent can only control the current of the charger.

[StavrosOrf]

Hello, thank you for your question.

Currently, we do not have a detailed DC charging model like the one in the figure below. We only have the two-stage AC charging one that can be used as a simplification of the DC fast charging process. However, If you have the mathematical model of a high-power DC charging I can add it in the code. Also, currently, the actions-control signal is the charger current, while the charger voltage is considered static during the simulation. If needed I could add the charger voltage as input too.

[GanMocai]

I don't have the mathematical model of a high-power DC charging. Currently, I can only show the figure as an example. In the figure, red corresponds to the output voltage and blue corresponds to the output current.

However, there may be a sophisticated mathematical model after some time.

[StavrosOrf]

The curves look very nice! Please let me know when you have the DC charging model so I can incorporate it in EV2Gym.