frostedflakes
Diamond Member
- Mar 1, 2005
- 7,925
- 1
- 81
This is only an issue with electrolytic caps. The EEStor caps do not use an electrolyte. There is no risk of explosion or combustion, the materials used for the EESU are pretty benign (barium titanate, nickel, etc.). The only risk I could think of is from short-circuiting the cap when charged. It wouldn't explode like some chemical batteries, but it would create a lot of heat and could probably cause some pretty serious burns.Originally posted by: IHateMyJob2004
Originally posted by: frostedflakes
Biofuels (not produced from food crops) or electric. The technology is basically there, about half a dozen commercial-scale cellulosic ethanol plants are currently being built in the US, and the technology will only get cheaper. If the EEStor supercapacitor lives up to expectations, it will revolutionize the EV market. Research is being done on producing biodiesel from algae, which have per acre yields orders of magnitude greater than traditional crops. I just think natural gas is a step backward.Originally posted by: Darwin333
Originally posted by: frostedflakes
21% of our energy from wind: Thumbs up
Natural gas as our transportation fuel: Thumbs down
Got a better idea? We already produce a ton of natural gas right here in the US and it burns MUCH cleaner than gas. Its the perfect stop gap measure until a real alternative can be brought online. Cheaper, cleaner and domestically made but your still not happy?
Is this traditional capacitor tech, but with higher energy density? If so, have they resolved the exploding capacitors issue?
EDIT: And of course electrocution, considering the very high potential the EESU operates at (3500VDC).