The true demystification of a seemingly looking 'rocket science' of chemical reactions in Lithium-ion batteries. You have made it look like the A, B, C song. I am truly greatful. Waiting for more.
Thanks a lot for your wishes, Don! Very happy to know that you found the explanation simple and easy to follow. We shall surely be coming up more such videos talking about renewable energy, storage and blockchains !!!
Thanks a lot for your kind words and congratulatory note. Inspires me to come more and better ones in the future. (Grazie mille per le belle parole e la nota di congratulazioni. Mi ispira a venire di più e migliori in futuro.)
Thanks again. Do have a look at our latest video on "Electric vehicles" - ua-cam.com/video/ItHFbt8qM5U/v-deo.html A UA-cam video from us discussing the fascinating story of electric vehicles from the very beginning !
Delighted to know that you not only liked the video but are also encouraging others to view and vote it up. Thanks for your support and would surely come up with more in this series.
Very happy to know that you liked this video. We shall surely be coming up with more videos on wind turbines, solar photovoltaic modules and hydrogen generators. Meanwhile, do have a look at our latest video on "Electric vehicles" - ua-cam.com/video/ItHFbt8qM5U/v-deo.html A UA-cam video from us discussing the fascinating story of electric vehicles from the very beginning !
Amazing, simplified video. way to go!! waiting for lithium polymer batteries and other videos on material and polymer science. novel solar energy storage devices would be great to watch.
Why are there no high capacity Li-ion battery cells - Eg: 100 aH, 280 aH as there are for LiFePO4 chemistry. Is this due to the instability and thermal runaway problems that are inherent in the Li-ion chemistry ?
Thanks for an important technical question concerning the two very popular and dominant Lithium-based batteries. Lithium-Iron-Phosphate or LiFePo4 batteries score better than Li-ion batteries in terms of Thermal stability, Chemical stability, Longer life cycles as well as Safer disposal (As LiFePO4 is a nontoxic substance unlike LiCoO2). And this is precisely why LiFePO4 is gaining traction for all purposes such as electric vehicles, grid storage wherein a bigger capacity is needed. Meanwhile, Li-ion batteries still and may continue to be popular for in smaller capacity use cases such as laptops and mobiles as their energy density is far superior to any other Lithium storage formats.
Wow. Great video. Are smart watches lithium battery powered? And if so does the same principle apply with the 5% rule before charging and avoiding 100% charging?
Happy to know that you liked the video. Also, it's a great question that you put forward about Smart-watches. Many Smart-watches have Lithium-ion batteries. However, manufacturers are slowly shifting to Lithium-Polymer batteries. These are close cousins of Lithium-ion batteries but are safer and much less prone to fire and explosion. This makes Li-Polymer batteries more ideal to be used for devices, such as Smart-watches, that stay closer to you physically. Unfortunately, these Li-Polymer batteries have lower charge density & lesser life. Thus, following good practices such as avoiding over-discharge become even more crucial in this case. Meanwhile, by virtue of being safe, it's less risky when it comes to over-charing. We shall be covering these in detail in a future dedicated to Li-Polymer and other Lithium battery types.
Yes. We can definitely charge a Lithium-Ion battery with a Wind-turbine, Jayant. All that we would need is a Charge controller that converts a Wind-turbine's variable output into a steady DC output. This steady DC output would then seamlessly charge the battery.
@@longmanenergy Please provide your contact details. I want to buy one set. Objective is to run a 2.4 KVA Microwave on off grid inverter with lithium ion Battery. Battery will be charged using car alternator. Limitation is I don't have much space. I can compromise with backup time.
The true demystification of a seemingly looking 'rocket science' of chemical reactions in Lithium-ion batteries. You have made it look like the A, B, C song. I am truly greatful. Waiting for more.
Very pleased that you found the video useful. More videos in the series are arriving soon. We are hopeful that you may find them useful as well.
Wow great work
Appreciate your words on encouragment. Keeps us motivated to develop and publish more such videos on batteries and related topics.
Thanks for the lecture
Really glad that you liked the video. Thanks for letting us know.
Best explanation!!!
Truly happy to know that you liked the video and the explanation in it.
What a woderful presentation!
Very happy to know that you like it.
Goodly Sir YOU ARE A GREAT TEACHER..this is the 4 th video i looked at..and some simple to understand..thank you.
Appreciate your encouraging words. We shall keep publishing more such videos on related topics with such encouragement !
Very valid informations.. Great job👏👏👏👍
Very glad that you found the video informative. Also. thanks a lot for letting us know.
Thanks for that simple and wonderful explanation. All the best Longman Energy!
Thanks a lot for your wishes, Don! Very happy to know that you found the explanation simple and easy to follow. We shall surely be coming up more such videos talking about renewable energy, storage and blockchains !!!
Thank you very much for the explanation and knowledge
You're very welcome and we are truly glad that you liked it!
Ciao amico mio complimenti per il tuo canale 🤝😁🔋👍
Thanks a lot for your kind words and congratulatory note. Inspires me to come more and better ones in the future. (Grazie mille per le belle parole e la nota di congratulazioni. Mi ispira a venire di più e migliori in futuro.)
Underrated channel.. Keep posting videos like this.. Very informative..
Thank you so much for your kind words. We are surely coming up with more videos on storage and other related technologies very soon.
Thanks again.
Do have a look at our latest video on "Electric vehicles" - ua-cam.com/video/ItHFbt8qM5U/v-deo.html
A UA-cam video from us discussing the fascinating story of electric vehicles from the very beginning !
Vote it up, nice video clip, thank you for sharing it :)
Delighted to know that you not only liked the video but are also encouraging others to view and vote it up. Thanks for your support and would surely come up with more in this series.
"and so simple'...I look forward to your explanation on Wind Turbine connections
Very happy to know that you liked this video. We shall surely be coming up with more videos on wind turbines, solar photovoltaic modules and hydrogen generators.
Meanwhile, do have a look at our latest video on "Electric vehicles" - ua-cam.com/video/ItHFbt8qM5U/v-deo.html
A UA-cam video from us discussing the fascinating story of electric vehicles from the very beginning !
very nice Video
Very glad that you liked it!
Wonderful presentation.
Thanks a lot for your positive reviews. We shall keep churning more of such stuff going forward with such words of encouragement
Great watch!
Really glad that you enjoyed it.
Nicely put, look forward to more such videos
Happy to know that you liked it. More videos in the series are surely arriving soon.
Great presentation on lithium batteries. Super informative.
Delighted that you found the video useful.
Amazing, simplified video. way to go!! waiting for lithium polymer batteries and other videos on material and polymer science. novel solar energy storage devices would be great to watch.
Very glad to know that you like the video @Aditya. We shall surely be considering Li-Polymer and other related topics in our future videos
Nice.. very informative
Very glad you liked it.
Very informative. Keep it up
Thanks a lot for letting us know that you found the video informative.
This vedio saved me❤
You said you took it so wonderfully I understand this deeply and the animation were also in very good...
Glad you liked it. 🙂
Why are there no high capacity Li-ion battery cells - Eg: 100 aH, 280 aH as there are for LiFePO4 chemistry. Is this due to the instability and thermal runaway problems that are inherent in the Li-ion chemistry ?
Thanks for an important technical question concerning the two very popular and dominant Lithium-based batteries.
Lithium-Iron-Phosphate or LiFePo4 batteries score better than Li-ion batteries in terms of Thermal stability, Chemical stability, Longer life cycles as well as Safer disposal (As LiFePO4 is a nontoxic substance unlike LiCoO2). And this is precisely why LiFePO4 is gaining traction for all purposes such as electric vehicles, grid storage wherein a bigger capacity is needed.
Meanwhile, Li-ion batteries still and may continue to be popular for in smaller capacity use cases such as laptops and mobiles as their energy density is far superior to any other Lithium storage formats.
Attaboy....simple and nice animation. Could you please tell what you used to make these animations?😊
Great to know that you like the video. The video is made entirely on MS PowerPoint. Would love to share details if you wish to know more.
Wow. Great video. Are smart watches lithium battery powered? And if so does the same principle apply with the 5% rule before charging and avoiding 100% charging?
Happy to know that you liked the video. Also, it's a great question that you put forward about Smart-watches.
Many Smart-watches have Lithium-ion batteries. However, manufacturers are slowly shifting to Lithium-Polymer batteries. These are close cousins of Lithium-ion batteries but are safer and much less prone to fire and explosion. This makes Li-Polymer batteries more ideal to be used for devices, such as Smart-watches, that stay closer to you physically.
Unfortunately, these Li-Polymer batteries have lower charge density & lesser life. Thus, following good practices such as avoiding over-discharge become even more crucial in this case. Meanwhile, by virtue of being safe, it's less risky when it comes to over-charing.
We shall be covering these in detail in a future dedicated to Li-Polymer and other Lithium battery types.
Thank you
You're very welcome. Glad you liked the video
Can we charge lithium battery using wind turbine? Which has too variable speed and variable voltage and current.
Yes. We can definitely charge a Lithium-Ion battery with a Wind-turbine, Jayant. All that we would need is a Charge controller that converts a Wind-turbine's variable output into a steady DC output. This steady DC output would then seamlessly charge the battery.
@@longmanenergy
Please provide your contact details. I want to buy one set.
Objective is to run a 2.4 KVA Microwave on off grid inverter with lithium ion Battery. Battery will be charged using car alternator. Limitation is I don't have much space. I can compromise with backup time.
Hard for me to understand what you are saying.
Gh
nehi yaar ye bak bak muje pasand nehi.