Pretty sure on first and last. Not sure on the others.I don't think any of those are true. But he was right about A/C being the correct choice.
I did know that some long distance powerlines were DC. I did not know until someone on this forum corrected me, that Tesla does use DC motor(s) in the Model 3. Looks like both parties won.Pretty sure on first and last. Not sure on the others.
It must have been interesting back in the day, those two arguing over DC and AC. Who won? I know my CPU runs on DC, but power from the wall is AC, and the switch mode power supply that inside of the PC runs at a frequency that Tesla probably could only dream about. Needless to say, we are far removed from the technology that those men put forth and promoted.
1st: true, read about Wardenclyffe. Tesla was going to electrify the ionosphere and transmit electricity wirelessly around the globe. He knew all of the good things cheap electricity would bring for society as his ultimate goal.I don't think any of those are true. But he was right about A/C being the correct choice.
What references? Don't see any linked......my references will give you enough detail to find your own sources of confirmation.
I did give references, not links. Me giving you links isn’t you doing your own research, is it. Then you’d read my links and come back here with no proof against what I shared, but still try to say I was wrong or Tesla didn’t do it. No thanks.What references? Don't see any linked...
A brilliant person for sure but it seems there's a cult of sorts around this mythology. His ideas or experiments don't = actual things. Same folks who believe the 100 mpg carburetor was squashed by Exxon? How is it plausible that governments and companies have spent the last 100+ years devoting huge sums of money and time to develop technologies that some guy already figured out? Such capabilities would have enabled economic and military superiority and yet somehow nobody thought to take advantage of them? Seriously we're still working on "death rays" (very useful for air defense of naval vessels) and someone believes this guy figured it out 120 years ago and nobody else has been able to?
jeff
greenjp said:The hydroelectric plant was terrific for sure but man has been harnessing the power of gravity via flowing water to power things for centuries. Of course we were going to start doing so with electricity. It's not like nobody thought of it before or wouldn't have come up with it afterwards.
Both AC and DC have their place. DC has a tendancy to heat the wires it runs on. AC doesn't heat wiring as quickly and when at high voltage is less dangerous with shock than DC. There's definitely definitive reasons to use both.Pretty sure on first and last. Not sure on the others.
It must have been interesting back in the day, those two arguing over DC and AC. Who won? I know my CPU runs on DC, but power from the wall is AC, and the switch mode power supply that inside of the PC runs at a frequency that Tesla probably could only dream about. Needless to say, we are far removed from the technology that those men put forth and promoted.
How do you figure that, the heat difference? Same power, if at same voltage, is same i squared r loss. Only once you get past a radius of about a third of an inch, the ac conductor will have higher r loss due to skin depth.Both AC and DC have their place. DC has a tendancy to heat the wires it runs on. AC doesn't heat wiring as quickly and when at high voltage is less dangerous with shock than DC. There's definitely definitive reasons to use both.
DC power only travels in one direction and when it’s used under high effort and cannot flow quickly it’ll heat its conductors extremely fast. AC constantly switches polarity so while that could also generate heat, it’s not as susceptible to build heat as quickly.How do you figure that, the heat difference? Same power, if at same voltage, is same i squared r loss. Only once you get past a radius of about a third of an inch, the ac conductor will have higher r loss due to skin depth.