Invite People

Share 4Engineers with your friends and help them get started!

Emails
Enter multiple email addresses by separating it with a comma.
Back
4Engineers
· Chemical Engineering Online
AI summary

Based on the provided excerpt: Asahi Kasei has developed a lithium carbonate pre-doping method for high-voltage lithium-ion batteries with silicon-based anodes. Using Li2CO3 as an extra lithium source at lower voltages reduces first-cycle irreversible capacity loss in silicon-rich cells, boosting initial efficiency and overall energy density.

Which applications (e.g., EVs, consumer electronics, grid storage) do you think would benefit most from this silicon-anode pre-doping approach, and what trade-offs (cost, cycle life, safety) matter most to you?

Asahi Kasei develops lithium carbonate pre-doping technology to boost energy density in silicon-anode batteries

This article was originally posted on Chemical Engineering.

Asahi Kasei Corp. (Tokyo, Japan), a diversified global company, has developed a novel pre-doping technology for high-voltage lithium-ion batteries (LIBs) with silicon-based anodes. This technology enables lithium carbonate to serve as an additional lithium source at lower voltages, reducing the permanent capacity loss that typically occurs in silicon-rich cells during the first charge–discharge cycle. Asahi […]

The post Asahi Kasei develops lithium carbonate pre-doping technology to boost energy density in silicon-anode batteries appeared first on Chemical Engineering.

Login to comment

Login
Report content
Reason Description