Ann: Talga Signs Supply MOU with Nordic Battery Maker FREYR, page-134

Oh dear catdog,

I can understand why you are confused, each graphite source provides different energy densities in mah/g




What we have established within 24 hours,

1. Talnode C - Original micrographite anode - was able to cycle up to 20c it had an energy density of 300mah/g which is 80% of the capacity of a standard spherical graphite anode.

2. Talnode (spherical) has up to 370 mah/g - There is no detail if this result was achieved using Vittangi, Jalkunen or Raitajärvi graphite feed, or what the average cycling data is for these 3 sources of graphite are.

We also have TLG posters assuming, TLG is years ahead of its peers, but fail to understand in 2019 when TLG changed its production and mining method, all previous results are obsolete and TLG is now at a similar development stage as its peers.

BTW - FREYR are after active anode materials, they are not after talnode (as per FREYR announcement), TLG does not have any agreements with 24M technology to use their technology and only have a non-binding MOU with FREYR.

Let me know when you find Talga's updated cycling data on their spherical graphite anode.