Thanks Semmel, nice summary. A rhetorical question; would you mention that you studied something when the outcome is bad? Same thing about testing graphite anode with sulfide based solid electrolite. Talga is expanding their product range and climbs the value chain; that's for sure. Nice.Lets see, just listening to the presentation for breakfast and keeping some notes.
* lots of bla bla about Talga in general
* EVA plant produces about 1 t per month, so 12 tpa, so less than 1/1000th of the real mine
* No specific statement around the topic of permits
* Investigating graphene additives to increase conductivity in cathode and silicon doped anode
* Talnode-Si is a carbon silicon mix with 50% silicon content that is used as an additive for customer owned anode material. So customer can chose its own silicon ratio up to 50% by using the appropriate mix.
* Low swelling due to Talnode-Si porosity, and graphene content maintains conductive pathways (I would have loved to have a number to quantify the swelling.. ohh well!)
* They studied the scale up of Talnode-Si to 2ktpa and selected processes that are scalable, pilot production in German facility, with production in UK
* Replaced part of carbon black (the coating material in coated anode) with graphene flakes to improve conductivity
* Testing graphite anode with sulfide based solid electrolite (very unspecific)
* top 20 shareholders own almost 29% of the stock, selection of 5 major shareholders combined having15% of the stock:
Mark Thompson: 4.7%
Kinetic Investment Partners: 4.4%
National Finencial Services LLC: 2.1%
UBS AG: 2.0%
Yandal Investment Pty Ltd: 1.6%
It's good that talga investigates solid state batteries with their product, but it should be seen as a "cover your base" type of activity. There is no indication so far that solid state can be made into a commercially viable product. If it is possible and economically manufacturable and is an improvement over wet electrolytes, (many ifs), talga would benefit from having a foot in the door. Solid state will not dominate the market in the next 10 to 15 years, even if it's viable. So Talga should just be on top of the development in case it does get off the ground but should not put too much into it for the time being.Thanks Semmel, nice summary. A rhetorical question; would you mention that you studied something when the outcome is bad? Same thing about testing graphite anode with sulfide based solid electrolite. Talga is expanding their product range and climbs the value chain; that's for sure. Nice.
A report from 2020 that deals with Lulea's railway corridor says the following (s. 4.6.1):Today I have several questions for you. Read through this report => https://batteriesnews.com/northvolt-2022-stand/
"Presently, Northvolt Ett is composed of one upstream cathode production block and two downstream cell manufacturing blocks. Covering 500,000 sqm, this setup provides 16 GWh of annual cell production capacity."
Does NV build without anodes or who fills the gap? It cannot be the pure lithium metal anode. It would not be launched until 2025 at the earliest, if. See part 2 of the report.
Where do they get the anodes from or do they make them themselves? Theoretically, they would have a production permit for anodes. I had already thought about them using it until we are ready, or we do it for them with their production permit, or our delivery is enough to start production, or where do they buy the most environmentally friendly anodes in the world - as they proclaim, or is that a spelling mistake and they mean electrode production block, or or...
I just can't figure it out...
Lets see, just listening to the presentation for breakfast and keeping some notes.
* lots of bla bla about Talga in general
* EVA plant produces about 1 t per month, so 12 tpa, so less than 1/1000th of the real mine
* No specific statement around the topic of permits
* Investigating graphene additives to increase conductivity in cathode and silicon doped anode
* Talnode-Si is a carbon silicon mix with 50% silicon content that is used as an additive for customer owned anode material. So customer can chose its own silicon ratio up to 50% by using the appropriate mix.
* Low swelling due to Talnode-Si porosity, and graphene content maintains conductive pathways (I would have loved to have a number to quantify the swelling.. ohh well!)
* They studied the scale up of Talnode-Si to 2ktpa and selected processes that are scalable, pilot production in German facility, with production in UK
* Replaced part of carbon black (the coating material in coated anode) with graphene flakes to improve conductivity
* Testing graphite anode with sulfide based solid electrolite (very unspecific)
* top 20 shareholders own almost 29% of the stock, selection of 5 major shareholders combined having15% of the stock:
Mark Thompson: 4.7%
Kinetic Investment Partners: 4.4%
National Finencial Services LLC: 2.1%
UBS AG: 2.0%
Yandal Investment Pty Ltd: 1.6%
Toyota have been working on graphite anode with solid sulfide electrolytes and are hoping to bring them into commercial production by 2025. The're currently cost-prohibitive so they're looking to start with hybrids due to the smaller cell size before rolling out to full EV - https://www.drive.com.au/news/toyota-hybrids-to-adopt-solid-state-battery-tech-by-2025-report/
Highly likely Toyota and Talga are working together on this. Talga's Dr Claudio Capiglia is based in Tokyo and was Toyota's Senior Scientist for Solid State batteries.
<blockquote class="twitter-tweet"><p lang="en" dir="ltr">Error in this slide (title) as Toyota is using <a href="https://twitter.com/hashtag/graphite?src=hash&ref_src=twsrc^tfw">#graphite</a> based hybrid anode in SS, not lithium metal. Like the thread though </p>— Mark Thompson (@dinosaurman1) <a href="">May 12, 2021</a></blockquote> <script async src="https://platform.twitter.com/widgets.js" charset="utf-8"></script>
I add: https://batteriesnews.com/japan-battery-material-producers-china-races-ahead/I wouldnt put too much value in the connection with Toyota. They are one of the last car manufacturers to acknowledge that EVs are the future. I'm not sure they are making the right moves to survive past 2025. Betting the existence of your company on solid state batteries to work by 2025 is a good way to become an ex car manufacturer.
Can you name these lots and lots of reasons?Have you ever thought about how many clients MS have ? There are lots and lots of reasons they have wanted the SP low and have successfully done this imo, the fact it is getting manipulated is a good thing! I'm sure this will break out fast when it's time. Not long now
So TLG shareholders get swindled by MS to give away their shares for cheap and then it gets pumped? Sounds pretty much like insider trading if you ask me.Simple Semmel, for all the lots and lots of clients to buy as many shares as cheap as possible before it is time. Then they will definitely 100% put a price target and want the SP high. It's what they do bud.
Call it whatever you want, it's happening all over the world. It's how they continue to make more money than the rest of us. Hold on to your stock sit back with a pint of fungi and ignore the noiseSo TLG shareholders get swindled by MS to give away their shares for cheap and then it gets pumped? Sounds pretty much like insider trading if you ask me.