I get that this can make it possible for greater range for the same price, but what about the same range for lower price? If it weren't for the batteries, EVs would be much cheaper than ICE vehicles. It stands to reason that if we can cut the battery cost while keeping range the same, we could greatly cut the cost of the EV in total.
Maybe car companies don't want to do this because they'd rather price discriminate and get every last penny. It would be too bad though, since some people would happily upgrade cars more frequently if they weren't so outrageously expensive ($50k avg price for new vehicle transactions, IIRC).
Car companies already alter fuel tank sizes to get a specific range, so it would stand to reason that they would do the same for batteries. It’s cheaper for them to use fewer materials.
I don’t want lithium-ion alternatives for better range. Quite the opposite, I’m actually okay having slightly less range if it means my car won’t spontaneously combust. This one apparently improves the safety of lithium-ion batteries too, so it’s great, but I hate when headlines focus on one thing that matters the least.
Is this true when adjusting for vehicle age? The average age of an EV is quite a bit lower than the average age of an ICE vehicle, and I assume there is at least some correlation between a vehicle's age and how likely it is to explode (based on degradation, type of use, type of owner, etc.).
[delayed]
I get that this can make it possible for greater range for the same price, but what about the same range for lower price? If it weren't for the batteries, EVs would be much cheaper than ICE vehicles. It stands to reason that if we can cut the battery cost while keeping range the same, we could greatly cut the cost of the EV in total.
Maybe car companies don't want to do this because they'd rather price discriminate and get every last penny. It would be too bad though, since some people would happily upgrade cars more frequently if they weren't so outrageously expensive ($50k avg price for new vehicle transactions, IIRC).
Car companies already alter fuel tank sizes to get a specific range, so it would stand to reason that they would do the same for batteries. It’s cheaper for them to use fewer materials.
I don’t want lithium-ion alternatives for better range. Quite the opposite, I’m actually okay having slightly less range if it means my car won’t spontaneously combust. This one apparently improves the safety of lithium-ion batteries too, so it’s great, but I hate when headlines focus on one thing that matters the least.
Do you worry about spontaneous combustion of ICE cars? They are far more likely to burst into flames than EVs.
Is this true when adjusting for vehicle age? The average age of an EV is quite a bit lower than the average age of an ICE vehicle, and I assume there is at least some correlation between a vehicle's age and how likely it is to explode (based on degradation, type of use, type of owner, etc.).
What does it mean it doesn’t have an anode? How is the other pole connected to the battery?