However, Ma Lin has a fundamental understanding of power.
Lifting a one-ton weight one meter high in one second requires ten thousand joules of work, with a power of ten thousand watts.
When his enameled wire is no longer so bulky, he believes the power of his motor can meet the standards.
Additionally, there's the issue of the generator's power.
Similarly, using thicker copper wires with the same number of turns will increase the power.
But this will make the generator bulkier.
Winding more turns will increase the voltage, which also increases power.
However, copper wires that are too thin and under high voltage tend to burn out.
Thin wires are inherently weak, and the large resistance causes a high voltage drop.
It's concerning.
Therefore, using thick copper wires and winding more turns align in terms of power, while also significantly improving safety.
Ma Lin decided to use thicker copper wires for winding coils in generators and heavy machinery.
