Nemeski@lemm.ee to Technology@lemmy.worldEnglish · edit-225 days agoFully Charged in Just 12 Minutes! Korean Scientists Develop Next-Gen Lithium–Sulfur Batteryscitechdaily.comexternal-linkmessage-square48fedilinkarrow-up1230arrow-down18
arrow-up1222arrow-down1external-linkFully Charged in Just 12 Minutes! Korean Scientists Develop Next-Gen Lithium–Sulfur Batteryscitechdaily.comNemeski@lemm.ee to Technology@lemmy.worldEnglish · edit-225 days agomessage-square48fedilink
minus-squareAwesomeLowlander@sh.itjust.workslinkfedilinkEnglisharrow-up7arrow-down2·25 days agoThe point being, if it only works in the lab for minimal capacities, it’s never going to see the light of production.
minus-squarejohn89@lemmy.calinkfedilinkEnglisharrow-up4arrow-down2·edit-225 days agoHow do you think batteries started out?
minus-squareAwesomeLowlander@sh.itjust.workslinkfedilinkEnglisharrow-up6arrow-down1·25 days agoThere are tons of technologies that are inherently unscalable. Or won’t be for another 50 years. Commercial unviability is one thing, but physic limitations are another matter.
minus-squarejohn89@lemmy.calinkfedilinkEnglisharrow-up2arrow-down1·edit-225 days agoTrue, but that doesn’t mean this is one of them. That said, I think salt batteries will eclipse these.
The point being, if it only works in the lab for minimal capacities, it’s never going to see the light of production.
How do you think batteries started out?
There are tons of technologies that are inherently unscalable. Or won’t be for another 50 years. Commercial unviability is one thing, but physic limitations are another matter.
True, but that doesn’t mean this is one of them.
That said, I think salt batteries will eclipse these.