Samsungs core battery R&D arm - SDI - experiments with the chemistry of our future devices. Hidden within worldwide patent filings, a Graphene Ball is slated to make batteries less ...basic
🎱 Graphine Ball
The tech is simply a silicon oxide core coated with graphene to enhance battery conductivity and thermal stability - theorhetically, it provides:
⚡ 5X faster charging speeds (1 hour reduced to 12 minutes)
🔋 ~45% higher energy density (4400mAh boosts to 6350mAh)
🌡️ ~60°C stable operation (up from 40-45°C)
So charge faster + run longer + run cooler - all without tearing up the blueprint!
🥡 Takeaway
Its seamless fit with existing manufacturing lines makes it the most practical path to next-gen power
The tech is simply a silicon oxide core coated with graphene to enhance battery conductivity and thermal stability - theorhetically, it provides:
⚡ 5X faster charging speeds (1 hour reduced to 12 minutes)
🔋 ~45% higher energy density (4400mAh boosts to 6350mAh)
🌡️ ~60°C stable operation (up from 40-45°C)
So charge faster + run longer + run cooler - all without tearing up the blueprint!
🥡 Takeaway
Its seamless fit with existing manufacturing lines makes it the most practical path to next-gen power
It's been 8 years however since Samsung Global last discussed this publicly, so the silence could mean it's still coming ...or may already be here.
Note - this post is a near-future topic expansion of the below:
https://r1.community.samsung.com/t5/for-members-by-members/neuromorphic-computing-the-next-potential...
Note - this post is a near-future topic expansion of the below:
https://r1.community.samsung.com/t5/for-members-by-members/neuromorphic-computing-the-next-potential...
