new battery can give 300 mi range in just 5 min

There's an unlimited amount of next gen battery hype.

Anything that falls out of the window of what you can efficiently deal with at home is meaningless for the average guy.


This is correct. I would even say most range past say 150 miles is also irrelevant to the average guy, but car companies are still competing on range. Most people drive about 40 miles per day and EV ranges reached "accceptable" to "the average guy" way back in the 90s. But fast charging speed and long range are "halo" products. They make the product look better to the consumer, even if they aren't capabilities that are actually needed. He may never need to charge 200 miles of range in 5 minutes, but he'll know that he can, and that will sell cars. A whole bunch of car capabilities are "not needed" halo products that nobody needs or will hardly ever use. Average Joe doesn't need zero to 60 in 4 seconds either, but he'll know that he can, and that will sell cars too. We don't see automakers saying "nobody really needs to go faster than 0 to 60 in faster than 15 seconds so we'll make the car cheaper". Instead they build to 4 seconds even though they know nobody needs it.
 
It's an EV with 90% fewer moving parts than an ICE motor and probably 0 to 60mph in under 4 seconds-and acceptable range. It won't be liked on here.

Article claims 2.7 seconds!

“In all-wheel-drive Han L and Tang L models, two of these motors will be used with a combined output of 1084bhp. BYD claims this will be enough to propel its heavy Han L sedan from a standstill to 62mph in 2.7 seconds and on to a top speed of 190mph.”
 
There's an unlimited amount of next gen battery hype.

Anything that falls out of the window of what you can efficiently deal with at home is meaningless for the average guy.
True. Also BYD have issues with their battery overheating. And it's very common problem.
 
1000A of current requires a lot of conductors. 1000V needs a lot of insulation. Unless they park the car in a cage before turning it on I think it can be a safety hazard. Maybe they can use 4 charging plugs in parallel and divide the voltage and current into 250A 500V each, it would be very hard to do it safely and affordably.

Maybe they can build the platform with 4 modules and swap out 1 at a time in a station, and algorithm to drain 1 pack at a time so you can do partial battery swap.
 
1000A of current requires a lot of conductors. 1000V needs a lot of insulation. Unless they park the car in a cage before turning it on I think it can be a safety hazard. Maybe they can use 4 charging plugs in parallel and divide the voltage and current into 250A 500V each, it would be very hard to do it safely and affordably.

Maybe they can build the platform with 4 modules and swap out 1 at a time in a station, and algorithm to drain 1 pack at a time so you can do partial battery swap.

Many modern EV platforms, such as all the Hyundai, are already 800V.
 
Sounds like an IED just waiting to happen!

Not as scary to me as tanks filled with thousands of gallons of gasoline, buried all over every city under every gas station, while cars with red-hot exhaust manifolds and spark plugs, people smoking cigarettes, construction trucks with welders, etc stop and get gasoline from giant hoses that shoot out gigajoules of flammable liquid at multiple GPM rates with basically no training, age restriction, ID requirement, or even supervision except for needing to tap a credit card. What a recipe for disaster that technology would be; I'm sure it would never catch on for liability and environmental reasons.
 
It’s not quite there, but 400kW DC chargers are becoming much more common in the USA. IONNA will be one of the top 2 largest US networks in just a few years and their minimum output is all 400kW. 500kW chargers will be here soon (CCS1&NACS), and Alpitronic’s 1,000kW chargers (MCS connectors) have already been revealed.

https://www.alpitronic.it/us/hypercharger/hyc-1000/
 
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There's an unlimited amount of next gen battery hype.

Anything that falls out of the window of what you can efficiently deal with at home is meaningless for the average guy.
Really?
I don’t agree. The biggest hindrance to electric vehicles for a majority of the people is the inconvenience of recharging the car.
Well, another hindrance is also the price of the vehicle.

If an electric vehicle can recharge as fast as gasoline refueling, that would be a major breakthrough.
Well, China has done it.
If Americans could do it, they could be recharge stations just like gas stations. In and out, no concerns, no matter where you are.
 
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