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Thank you for the clue; it works now, providing a total of 50 amps "(Ve.smart network)"

Both settings are absolutely identical; that's why they share 15 amps each, as I mentioned earlier.

That's true; however, they can also be switched to power supply only. If I disconnect the battery and set the load to 45 amps, it will stop working until I reconnect / disconnect. With the battery connected, the shunt would read -15 amps

Thank you however When I tried to add a load, e.g. 45 amps, a negative charging figure of -15 amps appeared on the shunt monitor. There must be some sort of sensor that monitors the current flow and restricts the device(s) from providing more than 30 amps at any given time. I wonder if putting...

No, I am asking how to stop the device from sensing current on the wires, for example by using a diode, etc

Sad... That's what I thought when you started asking unrelated questions. Why? Because, according to electricity and current flow principles, any electrician can tell if there is any way to do it. As for Victron, they left my question unanswered. Why? Because they have a charger with a capacity...

Measuring current using a Victron shunt. Two Victron BlueSmart IP chargers rated at 30 amps each. I believe they have some sort of measuring shunt inside, and they won't provide more than 30 amps when connected in parallel. Any thoughts?

I have two power supply units that convert AC to DC, each providing a steady output of 12V and 30 amps. However, when connecting them in parallel, the total output remains 30 amps (each unit gives 15amps only). I suspect they are sensing the total current on the wires. My question: is there...