An aluminium wire is two times lighter than a copper wire but has a cross section that is 1.5 times bigger to pass the same amount of electricity. One of the most crucial factors for high-voltage power lines that transport electricity over great distances is weight. Therefore, the primary overhead electricity lines solely employ aluminium wires.
An aluminium wire is two times lighter than a copper wire but has a cross section that is 1.5 times bigger to pass the same amount of electricity. One of the most crucial factors for high-voltage power lines that transport electricity over great distances is weight. Therefore, the primary overhead electricity lines solely employ aluminium wires.
An aluminium wire is two times lighter than a copper wire but has a cross section that is 1.5 times bigger to pass the same amount of electricity. One of the most crucial factors for high-voltage power lines that transport electricity over great distances is weight. Therefore, the primary overhead electricity lines solely employ aluminium wires.
An aluminium wire is two times lighter than a copper wire but has a cross section that is 1.5 times bigger to pass the same amount of electricity. One of the most crucial factors for high-voltage power lines that transport electricity over great distances is weight. Therefore, the primary overhead electricity lines solely employ aluminium wires.
An aluminium wire is two times lighter than a copper wire but has a cross section that is 1.5 times bigger to pass the same amount of electricity. One of the most crucial factors for high-voltage power lines that transport electricity over great distances is weight. Therefore, the primary overhead electricity lines solely employ aluminium wires.