This is in line with the meaning of electro-magnetic imbalance.
One circuit in the metal tube, for example, if it is a single-phase 2-wire type, all 2-wires are 3-phase, and if it is a 3-wire type, it means all three wires.
Simply put, when electricity flows through a wire, it creates magnetism around it.
The magnetism then affects the other wires.
So if you put the two wires together
In other words, if you put + and - wires together, they cancel each other out to maintain equilibrium.
If not, it will be unbalanced.
In case of 3-phase 3-wire system, if the voltage or current flowing through each wire is different,
The equilibrium may be broken.
We are also using a method called transposition as a measure to prevent imbalance of electric wires in pylons.
I'll explain as far as I know.
What is electronic imbalance?
This is in line with the meaning of electro-magnetic imbalance.
One circuit in the metal tube, for example, if it is a single-phase 2-wire type, all 2-wires are 3-phase, and if it is a 3-wire type, it means all three wires.
Simply put, when electricity flows through a wire, it creates magnetism around it.
The magnetism then affects the other wires.
So if you put the two wires together
In other words, if you put + and - wires together, they cancel each other out to maintain equilibrium.
If not, it will be unbalanced.
In case of 3-phase 3-wire system, if the voltage or current flowing through each wire is different,
The equilibrium may be broken.
We are also using a method called transposition as a measure to prevent imbalance of electric wires in pylons.