Post by
Uncleron on Dec 20, 2024 12:47pm
The graphite quality doesn't matter
good or low quality graphite will be improved when you add HPQ's Siox battery powder to the mix ...
A 30 % energy improvement at 650 cycles is impressive...for any battery...
This is what is needed , in order to either reduce the size & weight , or get more energy from the same size of battery...
Smaller is better , always...
No wonder there's so many battery manufacturers checking out HPQ's battery powder achievements..
Bernard said he has at least 15 NDA's ...
I don't see any problem selling or generating interest in HPQ's Si anode material....
Congratulations Bernard and Novacium...
Can't wait for more cycle results & 2025 to start HPQ signing contracts...for fumed silica as well...
uncleron is always right !.. cheers
Comment by
Mostlyserious on Dec 20, 2024 2:15pm
Based on the graph, results at 750 to 800 cycles may be interesting. Thought they'd be there by now considering they ran 200 cycles in less than a month back in October. Shoutout to U of S examination of a battery after 20,000 cycles ran over 6 years! No degradation! An EV battery that can last 8 million kilometres! All kinda crazy research and development taking place out there!
Comment by
Stockpolice1 on Dec 21, 2024 8:15am
https://translate.google.com/?hl=de&sl=de&tl=en&op=translate https://t3n.de/news/festkoerperbatterien-sollen-die-e-autos-von-morgen-antreiben-doch-eine-andere-technologie-koennte-schneller-sein-1664216/?filtered=1