wiyosaya
Posts: 11,669 +12,797
And the writing is on the wall for the upcoming change. Here's a few articles to consider:Back in reality, alternative chemistries all suffer from one or more of the following:
Pathetically low energy density
Extremely heavy
Difficult to make outside a lab
Terrible recharge count before failure
Extremely expensive
Impossible to scale production
Can't function outside of extreme temperatures
You act like we want lithiums. Battery tech has held us back for decades. As it turns out, making viable alternative chemistries is really really hard!
Solid-State Battery Revolution 2026: 500+ Wh/kg Achieved, Mass Production Accelerates - iEVChina
After years of promises and incremental progress, solid-state battery technology has reached a critical inflection point in 2026. Multiple Chinese
ievchina.com
Solid-State Battery Status in 2026: Chemistry, Challenges & Commercialization
Understand solid-state battery chemistry, commercialization status, key challenges, and sulfide, halide, and oxide electrolyte tradeoffs in 2026.
Many more articles out there if you care to look that paint a better picture than these articles.
But once solid-state batteries hit the market, its a whole new ballgame.
I second that.You don't have to live in Japan to purchase a Toyota or Honda, ya dink!