TheBeastie
1 MW
The thing I dont get with Tesla going Panasonic is that from the tests that a guy was doing here on ES the Jap cells were crap and the Korean LG/Samsung cells were heaps better.
Tesla has modified th chemistry and one can't make the same comparison with cells purchased in the market. Only the form factor is the same.TheBeastie said:The thing I dont get with Tesla going Panasonic is that from the tests that a guy was doing here on ES the Jap cells were crap and the Korean LG/Samsung cells were heaps better.
ricklearned said:Tesla has modified th chemistry and one can't make ths same comparison with cells purchased in the market. Only the form factor is the same.TheBeastie said:The thing I dont get with Tesla going Panasonic is that from the tests that a guy was doing here on ES the Jap cells were crap and the Korean LG/Samsung cells were heaps better.
liveforphysics said:.........
The modern Panasonic NCA cells are as good or better than anything.
TheBeastie said:The thing I dont get with Tesla going Panasonic is that from the tests that a guy was doing here on ES the Jap cells were crap and the Korean LG/Samsung cells were heaps better.
fechter said:I'd like to see them take like a billion of those cells and put them in series end to end in a large circle until the ends get close enough to arc. How far can 4.2 billion volts jump?
liveforphysics said:fechter said:I'd like to see them take like a billion of those cells and put them in series end to end in a large circle until the ends get close enough to arc. How far can 4.2 billion volts jump?
Tesla said once you gain the potential to contact the ionosphere, you get your arc capable of reaching anywhere on the earth. I would assume 4.2BV would be more than adequate.
fechter said:I'd like to see them take like a billion of those cells and put them in series end to end in a large circle until the ends get close enough to arc. How far can 4.2 billion volts jump?