Are you under the assumption you can’t charge a metal fence like the one at the border like a cattle fence?
The metal fence itself acts as a conductive element that delivers the electric shock. The fence is energized by an energizer, which sends a high-voltage, low-amperage pulse through the metal structure approximately once per second. The pulse travels along the fence and is grounded through metal rods driven into the earth, completing the circuit when an animal or person touches the fence and the ground simultaneously.
Are you under the assumption you can’t charge a metal fence like the one at the border like a cattle fence?
The metal fence itself acts as a conductive element that delivers the electric shock. The fence is energized by an energizer, which sends a high-voltage, low-amperage pulse through the metal structure approximately once per second. The pulse travels along the fence and is grounded through metal rods driven into the earth, completing the circuit when an animal or person touches the fence and the ground simultaneously.
Yes, I understand how it works.
Maybe you missed the part about steel beams and thin wires.
You missed that steel beams can also be charged with electricity. Existing steel beams just need insulators added around the base.
I think the army corps of engineers can handle it.