You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
Thanks for providing this great tool, it has been very helpful in getting a feel for the V2G communication.
As i have been "playing around" with RiseV2G, i noticed the isChargingLoopActive method and the chargingLoopCounter in the DummyEVController, which are used to control the number of charging loops and thus the amount of messages exchanged in between the EVSE and the EV.
When setting the energy transfer mode to DC_COMBO_CORE (via the EVCCConfig.properties or the getRequestedEnergyTransferMode method of the DummyEVController) the amount of exchanged messages increases significantly compared to other transfer modes. Often there are more than 100 CurrentDemandReq/Res and MeteringReceiptReq/Res pairs. Apparently the MeteringRecipt handling does inhibit the correct consideration of the charge loops.
The communication finally terminates when a Signature Exception is thrown at the EVSE side, which seems to be a different issue.
Could you please confirm this behaviour? - Thank you!
The text was updated successfully, but these errors were encountered:
I fixed the issue with commit 0e4b838.
The problem was that the class WaitForMeteringReceiptRes did not check if the chargingLoop is still active.
Thanks for the hint!
Hello,
Thanks for providing this great tool, it has been very helpful in getting a feel for the V2G communication.
As i have been "playing around" with RiseV2G, i noticed the
isChargingLoopActive
method and thechargingLoopCounter
in the DummyEVController, which are used to control the number of charging loops and thus the amount of messages exchanged in between the EVSE and the EV.When setting the energy transfer mode to DC_COMBO_CORE (via the EVCCConfig.properties or the
getRequestedEnergyTransferMode
method of the DummyEVController) the amount of exchanged messages increases significantly compared to other transfer modes. Often there are more than 100 CurrentDemandReq/Res and MeteringReceiptReq/Res pairs. Apparently the MeteringRecipt handling does inhibit the correct consideration of the charge loops.The communication finally terminates when a Signature Exception is thrown at the EVSE side, which seems to be a different issue.
Could you please confirm this behaviour? - Thank you!
The text was updated successfully, but these errors were encountered: