Earlier quoted context omitted.
Yes but Li-ion was first, so that's what you now have to beat (including the ways in which world has adapted/overcome its shortfalls).
Are you kidding me? The 'first' was the Voltaic pile, copper and zinc. The first practical rechargeable was lead-acid. Li-ion is a relative newcomer, but had a sufficient power density to lead to a lot of applications which in turn led to a lot of research on improving Li-ion in a virtuous circle. We are pushing the limits of Li-ion and know that is sucks for some environments or application requirements, which is wh…
"World's highest-capacity" solid-state battery developed in Japan
41–50 of 92 posts
Re: "World's highest-capacity" solid-state battery developed in Japan
#42Re: "World's highest-capacity" solid-state battery developed in Japan
#43---------------------------------------------------------------- Dear battery technology claimant, Thank you for your submission of proposed new revolutionary battery technology. Your new technology claims to be superior to existing lithium-ion technology is is just around the corner from taking over the world. Unfortunately your technology will likely fail, because: [ ] it is impractical to manufacture at scale. [x]…
Sure it's a funny checklist but not very useful since it can be used to dismiss anything. Coal can generate a lot of electricity even in the dark or in the gentlest of breezes yet we still develop tech for solar or wind power.
Re: "World's highest-capacity" solid-state battery developed in Japan
#44Re: "World's highest-capacity" solid-state battery developed in Japan
#45---------------------------------------------------------------- Dear battery technology claimant, Thank you for your submission of proposed new revolutionary battery technology. Your new technology claims to be superior to existing lithium-ion technology is is just around the corner from taking over the world. Unfortunately your technology will likely fail, because: [ ] it is impractical to manufacture at scale. [x]…
> ... applications in industrial machinery and space
In the first line
> ... making it a candidate for use in satellites and industrial machinery.
So 2/3 of your points don't really make sense
Re: "World's highest-capacity" solid-state battery developed in Japan
#46EDIT:
Actually that's 17 years ago:
https://www.techradar.com/news/world-of-tech/whatever-happen...
Re: "World's highest-capacity" solid-state battery developed in Japan
#47Re: "World's highest-capacity" solid-state battery developed in Japan
#48From the company website: "Hitachi Zosen is promoting development into an all-solid-state lithium ion battery that is anticipated as a post-lithium ion battery applicable to next-generation cars. We have developed an original manufacturing method that has successfully created an all-solid-state battery without the mechanical pressure conventionally used during charging and discharging. Our battery maintains a high le…
This is my litmus test for new battery technology. If they have a manufacturing process and it's already implemented then their proposition can(but doesn't necessarily have to ) be treated seriously.
Let's see how much capacity can be squeezed out of this. I don't suppose it's too impressive though - solid state batteries only recently started visibly improving in all the interesting parameters.
Re: "World's highest-capacity" solid-state battery developed in Japan
#49Re: "World's highest-capacity" solid-state battery developed in Japan
#50Longer term, my read is that fluorine-ion batteries are the most promising potential generational leap. But that these are only likely to be viable in solid-state form, as fluorine is more dangerous than lithium.