WorldwideDave
Solar Addict
I added a new shunt between the inverter today, connected to ve.direct bus at the Cerbo GX, told it in config that it was a dc device/inverter, rebooted the GX
In order to do this, the victron cerbo gx only has 3 VE.direct ports.
I already had 2 shunts (battery and non-victron MPPT) connected to the cerbo GX, as well as a victron MPPT 100/20.
All are connected to VE.networking.
not related, but also added a MPPT 250/70 today the VE.Can. Excited. Think it is also on the VE.networking, too. Configured battery to match the 100/20's settings.
Over in VRM portal, things look a bit out of whack. Rebooted Cerbo GX. Waited 30 minutes. Still a bit strange to me.
I don't see the MPPT 100/20 anymore, and I don't see the new inverter shunt. I would expect to still see the MPPT 100/20 under PV charger, but I do not. I would also expect to see under DC power a box for the inverter's shunt, but I do not. Screen shot:

Similarly, in the victron connect app, I no longer see the MPPT 100/20:

I also see some math issues.
The DC load, a pool pump, indicates it is using 1156 watts. I believe this is fairly accurate.
On top of my inverter (Giandel) it has a screen. It shows that 1260 watts are in use. Makes since - some overhead.
Over on VRM portal it shows 1230 watts or so in use. It fluctuates. I know that at idle on the DC side I consume about 55 watts, so I would expect to see on the new inverter shunt I added about 1300 or more watts.
What I believe is happening is that the MPPT, which I can see fine when in bluetooth range, is adding its 100 watts or so it is generating right now and subtracting that from the DC power I'm seeing in the VRM portal.
I should note that in the remote console, I do not see the PV charger MPPT 100/20 either. Only devices it shows:

I do see the inverter shunt however in remote console:

Am I doing anything wrong? Guess I assumed the stuff connected on VE.Networking would talk to Cerbo GX and not require the ve direct, because they all seem to talk to eachother in ve.networking just fine. My bad?
Thanks everyone. The goal is to see all 3 MPPTs under solar generation numbers, and the inverter under the DC load area.
In order to do this, the victron cerbo gx only has 3 VE.direct ports.
I already had 2 shunts (battery and non-victron MPPT) connected to the cerbo GX, as well as a victron MPPT 100/20.
All are connected to VE.networking.
not related, but also added a MPPT 250/70 today the VE.Can. Excited. Think it is also on the VE.networking, too. Configured battery to match the 100/20's settings.
Over in VRM portal, things look a bit out of whack. Rebooted Cerbo GX. Waited 30 minutes. Still a bit strange to me.
I don't see the MPPT 100/20 anymore, and I don't see the new inverter shunt. I would expect to still see the MPPT 100/20 under PV charger, but I do not. I would also expect to see under DC power a box for the inverter's shunt, but I do not. Screen shot:

Similarly, in the victron connect app, I no longer see the MPPT 100/20:

I also see some math issues.
The DC load, a pool pump, indicates it is using 1156 watts. I believe this is fairly accurate.
On top of my inverter (Giandel) it has a screen. It shows that 1260 watts are in use. Makes since - some overhead.
Over on VRM portal it shows 1230 watts or so in use. It fluctuates. I know that at idle on the DC side I consume about 55 watts, so I would expect to see on the new inverter shunt I added about 1300 or more watts.
What I believe is happening is that the MPPT, which I can see fine when in bluetooth range, is adding its 100 watts or so it is generating right now and subtracting that from the DC power I'm seeing in the VRM portal.
I should note that in the remote console, I do not see the PV charger MPPT 100/20 either. Only devices it shows:

I do see the inverter shunt however in remote console:

Am I doing anything wrong? Guess I assumed the stuff connected on VE.Networking would talk to Cerbo GX and not require the ve direct, because they all seem to talk to eachother in ve.networking just fine. My bad?
Thanks everyone. The goal is to see all 3 MPPTs under solar generation numbers, and the inverter under the DC load area.