Litium-metal-oxides are at cathode ( at aluminum tab ) and the most carbon is at anode ( at copper tab ). When you charge the battery, the electrons leave the metal oxide from cathode ( at aluminum tab ), and combine with Litium positve ions in the carbon matrix at anode ( at copper tab ). In reverse, when it is discharged, the electrons leave the carbon matrix at anode ( at copper tab ) being detached from the Lithium in it, and go back to the metal oxides at cathode ( at aluminum tab ), getting attached back to those metal oxides.
4:20 "when all the lithium has moved from the anode to the cathode the battery is fully charged." you have mixed them up, a charged battery has lithium stored in the anode and will move to the cathode during discharge!
He was right Anode is where electron is lost and Cathode is a electrode gaining electron. This while discharging your battery. While charging the anode and cathode swaps back. So if this confuses you can say + or - electrode.
Technically yes, but it's no easy task. The nominal voltage for a cell is specific to its chemistry. So, we would need to research and discover a better chemistry that yields higher voltages.
Topic is good and well explained. But video screen time is too much on the speakers face, actions and hand-movement which distracts the audience from the content of the Theme (e.g. animation of movement of electrons, Li-ions, etc.), there by making it difficult to understand🙄
Litium-metal-oxides are at cathode ( at aluminum tab ) and the most carbon is at anode ( at copper tab ).
When you charge the battery, the electrons leave the metal oxide from cathode ( at aluminum tab ), and combine with Litium positve ions in the carbon matrix at anode ( at copper tab ).
In reverse, when it is discharged, the electrons leave the carbon matrix at anode ( at copper tab ) being detached from the Lithium in it, and go back to the metal oxides at cathode ( at aluminum tab ), getting attached back to those metal oxides.
4:20 "when all the lithium has moved from the anode to the cathode the battery is fully charged." you have mixed them up, a charged battery has lithium stored in the anode and will move to the cathode during discharge!
I feel smarter after watching your video good job
No bullshit just content, I love this style!
This video did not seem long as it provided great detail on the chemistries and their advantages. A+
Very helpful , was searching this on internet and was disappointed but after this video I m all clear with its chemical composition ✌️✌️
beautifully explained..worth watching
ur video is very nice . the way you presnt is very nice
Valuable content, well delivered. The length of the video is appropriate for the purpose. Thank you.
Great information Sir, Thank you
Anode is Graphite and cathode is lithium metal oxides.
Love your way of explanation
Thank you so much for interesting information.
Hi, this is really a nice information compiled in a short video. Excellent and thanks a lot.
Excellent
this was really helpful, thanks a lot
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Worth content
You are really doing good job. Kindly make such full length informative videos instead of shorter ones
Thanks a lot . You really helped me out here . Keep up the good work .
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very good experience thank you
keep posting these types vedios
Thank you sir I really like your explanation, very helpful, hope you make more content about lithium ion battery. Btw I’m from
Malaysia 🇲🇾
I love this! This has given great insight into the Li battery chemistries out there. Thank you!
Tq sir good video make same kind of videos
I got confused on cathode and anode, I guess Li is mostly in cathode side apart from LTO, isn't
It was helpful, Covered so many aspects in 10 minutes.
Excellent information. Thanks a lot for the details
Very good
Thank you so much for sharing this information. Please share some more information on LTO. Thank you 🙏
hello. you mixed the anode with the cathode!!
He was right Anode is where electron is lost and Cathode is a electrode gaining electron. This while discharging your battery. While charging the anode and cathode swaps back.
So if this confuses you can say + or - electrode.
@@vigneshwarrajc6629 Yes, it is where the Oxidation and reduction happens
Yea he reversed
He reversed
Loved ur research and way of explanation
thanks
Very nice well spoken owsum
great content
Long videos are good sir
good video,. but the explanation at 3:42 can be still improved by mentioning the parts of the diagram
nca is not the ''nickel cadmium aluminum'' it is the ''nickel cobalt aluminum''
yes right
Would be lovely if you could suggest reading material on battery chemistries. Could dive deeper into each of these battery types a bit more.
Good information sir
Hi we wish to know do you provide full know how to produce lithium ion battery?
Lithium does not have the least ionisation energy. That honor belongs to Francium.
will it be possible to achieve a higher niminal voltage in batteries than today?
Technically yes, but it's no easy task. The nominal voltage for a cell is specific to its chemistry. So, we would need to research and discover a better chemistry that yields higher voltages.
While charging process u must show electric supply Not resistor(load) and also you stated anode and cathode wrongly.
Slower and longer with descriptions of the metal ions in more detail. Orbitals and valence.
hye walkman tape recorders,, miss that days
I think LiCoO2 is cathode and Graphite is anode, you make it reverse. So please correct it.
I want long video full detail explanation
Only NMC batteries used in India??
Topic is good and well explained. But video screen time is too much on the speakers face, actions and hand-movement which distracts the audience from the content of the Theme (e.g. animation of movement of electrons, Li-ions, etc.), there by making it difficult to understand🙄
Circuit is pronounced like sir-kit, just for reference
3:50 is unclear
Plus 70.c ? Well forget it.
Cellphones often have warnings in parked cars. Roughly 55.c
This guy messed up the cathode and anode 😂
Delete the video and re-do again! Don't confuse students.
Pls correct ur cathode and anode. Students!!!!! don't confuse
A single diagram could have explained 1000 words rather than just talking talking talking
Excellent information. Thanks for your effort