Saw some in car footage of this machine on Mark Robers' YouTube channel the other day from a video he did about charging the battery bank for the car - was wondering when it was racing as it looked diabolically fast in the footage I saw.
Saw some in car footage of this machine on Mark Robers' YouTube channel the other day from a video he did about charging the battery bank for the car - was wondering when it was racing as it looked diabolically fast in the footage I saw.
If you need to contact me please email homestarrunnerau@gmail.com - thanks - Gav.
I guess you would be following this series:
Formula E
I just love how they deal with flat batteries. They just jump out of one car into another. Imagine what the race would be like if they had to recharge the batteries in the middle of the race. You'd certainly have to get the pitstop timing right.
Interesting - would have thought they would swap battery banks during a pit stop - which would then be very similar to refuelling an ICE race car - not sure if I like the car change bit to be honest - would be much better to have to use the same vehicle for the entire race.
If you need to contact me please email homestarrunnerau@gmail.com - thanks - Gav.
Tell me about it when (if) it happens.
But it is now at the limit of it's chemistry. There will be no more significant advances in battery technology.
Absolutely. They now have to focus on charge rates. I'm tipping the advances will be explosive.
Lithium is 3 on the periodic table. The other two elements up are hydrogen and helium. We are at the limits in chemistry. Physically, we can't go any further. Yes, we may be able to improve the efficiency a percentage point or two but nowhere near the leaps and bounds like our journey from lead (Pb).
I don't think you are correct in your thinking Mick.
Battery research could triple range of electric vehicles | Waterloo News | University of Waterloo
Yep. Lithium.
WithThe breakthrough involves the use of negative electrodes made of lithium metal, a material with the potential to dramatically increase battery storage capacity.
Hmmm.......a chemical compound made of phosphorus and sulfur elements
No ****!The first challenge involved a risk of fires and explosions
Yep. We're still using lithium. I reckon my statement still stands.
Oh, and that news article is six months old. I heard people talking about this problem a few weeks back.
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