Batrium <> Kostal

[WolfgangSti]

Hi all, i am little bit lost...

i try this and batrium is setup for NATIVE2.0, but i dont know which battery i've to choose:

with that setting, the can interface on emulator side seems to be deactivated, each other configuration i tested were not successfully... is there any help possible?

I am using Plenticore 3GL.

BR

[dalathegreat]

Hi, Batrium is not supported, we do not have any Batrium specific protocol implemented.

But, if the Batrium support Pylon, you can set that and enable Pylon Battery support?

[WolfgangSti]

You mean, Batrium to pylon lv emulation and here to pylon?

maybe… i can test it. Or some generic can device and then a mapping to rs485 Kostal-„like“?

[dalathegreat]

None of the RX incoming messages are the Pylon HV required ones. I suspect Batrium has not implemented it properly. Can you post a longer CAN log?

[WolfgangSti]

sorry, switched back to pylon LV.... here it seems better:

canlog_0d00h02m02s.txt

[WolfgangSti]

Thanks in advance, i've checked:

line 89
voltage_dV =
(rx_frame.data.u8[0] << 8 | rx_frame.data.u8[1]) / 10; //Voltage is in centiVolts, convert to deciVolts

byte order is wrong sent by batrium, raw data is: 00 C8, value should be 512V, same for current...

i cannot switch the byte order in batrium, maybe you can do it or if you have an setup enviroment, i can help..

[dalathegreat]

Can you post a screenshot from Batrium interface, so I can see live values? I think Batrium is not following the Pylon LV standard either... (Also I don't think for a standard release we can code this in, the Batrium should be fixed so it conforms to both Pylon LV and the Pylon HV protocol)

[WolfgangSti]

please no official release for my crazy project :)

current data from batrium:

for example:
(5839.379) rx0 355 [6] 0f 00 64 00 db 05

regarding the protcol:
Byte[0]: 0x0F
Byte[1]: 0x00

Line 89: SOC = (rx_frame.data.u8[0] << 8 | rx_frame.data.u8[1]) / 100; //SOC is in 0.01% units, convert to 0-100 range

to

SOC = (rx_frame.data.u8[1] << 8 | rx_frame.data.u8[0]) / 100; //SOC is in 0.01% units, convert to 0-100 range