Lithium-ion Battery Chemistries | SKILL-LYNC

[@mikel4879]

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.

[@jez1548]

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!

[@olukunleadetunji3951]

I feel smarter after watching your video good job

[@kundeleczek1]

No bullshit just content, I love this style!

[@EternalTheimmortal]

Very helpful , was searching this on internet and was disappointed but after this video I m all clear with its chemical composition ✌️✌️

[@jayevenson7370]

This video did not seem long as it provided great detail on the chemistries and their advantages. A+

[@navadarshprakash7534]

beautifully explained..worth watching

[@manikandan-dn3in]

Anode is Graphite and cathode is lithium metal oxides.

[@harvis883]

Valuable content, well delivered. The length of the video is appropriate for the purpose. Thank you.

[@purusottamajay8405]

You are really doing good job. Kindly make such full length informative videos instead of shorter ones

[@narendrapandharpure1651]

Hi, this is really a nice information compiled in a short video. Excellent and thanks a lot.

[@makeitsimple2020]

ur video is very nice . the way you presnt is very nice

[@makeitsimple2020]

keep posting these types vedios

[@prajaktajoshi1885]

Great information Sir, Thank you

[@erumbashir3192]

Excellent

[@ammarsubri7926]

Thank you sir I really like your explanation, very helpful, hope you make more content about lithium ion battery. Btw I’m from Malaysia 🇲🇾

[@-ManojKumar-xz4zc]

Love your way of explanation

[@solankisd7491]

Thank you so much for interesting information.

[@abdallahsaleh8031]

hello. you mixed the anode with the cathode!!

[@vigneshwarrajc6629]

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.

[@ravikumarkalamraju5044]

@@vigneshwarrajc6629 Yes, it is where the Oxidation and reduction happens

[@maheshnaikwade5694]

Yea he reversed

[@sameerpandita123]

He reversed

[@harivinayak03]

Would be lovely if you could suggest reading material on battery chemistries. Could dive deeper into each of these battery types a bit more.

[@sabirmuhammed513]

this was really helpful, thanks a lot

[@SkillLync]

Thank you for your feedback. You made our day! We look forward to continuing to serve you well :)

[@tusharmangalwedhekar6154]

Thank you so much for sharing this information. Please share some more information on LTO. Thank you 🙏

[@shayanabdi7876]

Thanks a lot . You really helped me out here . Keep up the good work .

[@SkillLync]

Thank you for your feedback. You made our day! We look forward to continuing to serve you well :)

[@cliffordwilliams9597]

I love this! This has given great insight into the Li battery chemistries out there. Thank you!

[@onurtekin6558]

nca is not the ''nickel cadmium aluminum'' it is the ''nickel cobalt aluminum''

[@shivnadar3171]

yes right

[@choppavenkatasivanagendra8216]

very good experience thank you

[@kirtisha1809]

It was helpful, Covered so many aspects in 10 minutes.

[@dhavalbhai6444]

Worth content

[@ravikumarkalamraju5044]

Excellent information. Thanks a lot for the details

[@dpknamdev]

I got confused on cathode and anode, I guess Li is mostly in cathode side apart from LTO, isn't

[@anbarasanvenkatesan4567]

good video,. but the explanation at 3:42 can be still improved by mentioning the parts of the diagram

[@sherru2918]

Tq sir good video make same kind of videos

[@codex6706]

Loved ur research and way of explanation

[@ashwinimishra1054]

Very good

[@ashishkumar-dg6pp]

Hi we wish to know do you provide full know how to produce lithium ion battery?

[@adon8672]

Lithium does not have the least ionisation energy. That honor belongs to Francium.

[@aashiieenanna]

Very nice well spoken owsum

[@suklamaitisamanta132]

I think LiCoO2 is cathode and Graphite is anode, you make it reverse. So please correct it.

[@Koshtivinay99]

While charging process u must show electric supply Not resistor(load) and also you stated anode and cathode wrongly.

[@treasurerain2788]

thanks

[@blesswinalexander6179]

Long videos are good sir

[@arvapallynaresh]

great content

[@chvishnu4666]

Good information sir

[@timowolff1105]

will it be possible to achieve a higher niminal voltage in batteries than today?

[@mattn.8941]

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.

[@stewartbrands]

Slower and longer with descriptions of the metal ions in more detail. Orbitals and valence.

[@kamrankhankami7793]

hye walkman tape recorders,, miss that days

[@dksingh9771]

I want long video full detail explanation

[@mkrish9182]

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🙄

[@ramakrishnan545]

Only NMC batteries used in India??

[@jec_ecart]

Plus 70.c ? Well forget it. Cellphones often have warnings in parked cars. Roughly 55.c

[@D4ng3rB0yc3]

Circuit is pronounced like sir-kit, just for reference

[@Bharadwaj2222]

Pls correct ur cathode and anode. Students!!!!! don't confuse

[@markmd9]

This guy messed up the cathode and anode 😂 Delete the video and re-do again! Don't confuse students.

[@chethankumar.s4556]

3:50 is unclear

[@abdulaziza]

A single diagram could have explained 1000 words rather than just talking talking talking

[@dr.udayabhanucgowda6818]

Excellent information. Thanks for your effort