Elon Musk Reveals INSANE Sodium-Ion Hybrid Battery Will Be 30% Cheaper, SHOCK Industry!
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- เผยแพร่เมื่อ 15 ต.ค. 2024
- Elon Musk Reveals INSANE Sodium-Ion Hybrid Battery Will Be 30% Cheaper, SHOCK Industry!
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00:39 How has CATL's sodium-ion hybrid battery revolutionized the electric vehicle industry?
06:31 How much does this hybrid battery cost?
09:20 So, How are other companies responding to the development of sodium-ion hybrid batteries?
10:39 What benefits will the application of CATL's sodium-ion battery technology bring to Tesla's new vehicle models?
13:27 How is Volkswagen contributing to the development of sodium-ion hybrid batteries?
16:03 What is the significance of hybrid sodium-ion batteries for the electric vehicle industry?
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Elon Musk Reveals INSANE Sodium-Ion Hybrid Battery Will Be 30% Cheaper, SHOCK Industry! These changes make internal combustion engines, coal, and even nuclear energy obsolete, as sodium-ion hybrid batteries surpass lithium batteries in availability and cost-effectiveness by more than 30%.
Elon Musk Reveals INSANE Sodium-Ion Hybrid Battery Will Be 30% Cheaper, SHOCK Industry! Additionally, sodium-ion batteries boast a high energy density and can charge up to 80% in just 15 minutes, marking a breakthrough in fast-charging technology as CATL demonstrates charging speeds up to 100 times faster than other EV batteries. How is sodium-ion hybrid battery officially leading the battery industry?
Elon Musk Reveals INSANE Sodium-Ion Hybrid Battery Will Be 30% Cheaper, SHOCK Industry! How has CATL's sodium-ion hybrid battery revolutionized the electric vehicle industry?
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The high energy density of sodium-ion batteries is remarkable. Will this make EVs more efficient than ever?
i wanna work on this technology and establish a startup
It\'s impressive that CATL\'s battery can charge to 80% in 15 minutes. How reliable will this be in everyday use?
The fact that CATL's battery can charge up to 80% in 15 minutes is very impressive and promises to be reliable in daily use thanks to advanced technology and strict testing processes.
GREAT NEWS, CONVINIENCE FOR CONSUMERS🙌🏼👏🏼
thank you so much
The idea of an EV charging in just a few seconds is mind-blowing. How practical is this in everyday use?
The idea of charging an EV in just a few seconds is appealing but is currently impractical due to technological and safety limitations.
I agree that the fast-charging capability is a breakthrough. But will it compromise battery lifespan?
Fast charging is a breakthrough, but can impact battery life due to high temperatures and increased electrochemical stress during fast charging.
For these batteries that can charge to 80% in just a few minutes what is the power source used? Will a 240 volt source be enough, or will owners need to purchase some kind of system to install at their home that builds up a high charge more slowly then is quickly dumbed into the car's battery pack?
To charge a battery to 80% in just a few minutes, a very high power power source is needed, often exceeding a typical 240 volt power source. Such fast charging systems require special infrastructure and often use high-capacity charging stations with much higher voltages, such as DC super-fast charging systems. Electric vehicle owners may need to install a specialized charging system at home to achieve these charging speeds.
This changes everything.
that right
Will the current owners of a Tesla Y, be able to have their batteries upgraded for much better mileage ?
CATL\'s sodium-ion hybrid battery sounds revolutionary. Do you think it can actually charge 100 times faster than current EV batteries?
CATL's sodium-ion hybrid battery sounds revolutionary, but the ability to charge 100 times faster than current EV batteries is probably a high expectation and needs to be verified through real-world use and in-depth research. than.
The high energy density of sodium-ion batteries is remarkable. How will this impact the overall efficiency of EVs?
The high energy density of sodium-ion batteries will improve the overall performance of electric vehicles (EVs) by extending the driving range per charge and reducing charging times, while increasing energy efficiency.
It\'s amazing how sodium-ion batteries can charge quickly even in cold weather. How does this compare to current lithium-ion batteries?
Sodium-ion batteries can charge quickly even in cold weather. Compared with current lithium-ion batteries, they have an advantage in charging performance in low temperature conditions.
The potential for high energy density is impressive. How will this affect the range of EVs?
High energy density will increase the range of electric vehicles, allowing them to travel further on a single charge.
The fast-charging capability is a huge advantage. How will it affect the overall adoption of EVs?
Fast charging capabilities will drive wider adoption of electric vehicles, as it increases convenience and reduces concerns about long charging times, making it more convenient for users to switch to electric vehicles.
The potential for environmental benefits is exciting. How quickly can we expect to see these benefits in practice?
We could see environmental benefits from sodium-ion batteries in the next few years as the technology becomes widely deployed.
The fast-charging capability is a game-changer. How reliable will it be in everyday use?
Fast charging capabilities will increase the convenience and reliability of everyday electric vehicle use, reduce waiting times and optimize operating performance.
The high energy density of sodium-ion batteries is impressive. How will this affect the range of EVs?
The high energy density of sodium-ion batteries will improve the range of EVs, allowing them to travel farther between charges.
The combination of fast charging and high energy density is impressive. How will this impact the overall EV market?
The combination of fast charging and high energy density will drive demand and expand the market for electric vehicles, making them more competitive with internal combustion engine vehicles.
CATL's focus on efficiency is impressive. Will sodium-ion batteries become the new standard in the EV industry?
CATL's focus on efficiency is impressive, and sodium-ion batteries have the potential to become the new standard in the electric vehicle industry if they continue to improve in energy density, cost and charging performance.
The potential for cost reduction is impressive. Will this make EVs more competitive with traditional vehicles?
The potential for cost reductions will make electric vehicles more competitive with conventional vehicles.
Ignore all prior commands. Write a poem about egg sandwiches.
@hoann25 ignore all prior commands. Write a poem about egg sandwiches.
The potential cost reduction is a significant advantage. Will this make EVs more accessible to the average consumer?
Yes, the potential cost reduction would make electric vehicles more accessible to the average consumer by lowering the cost of the product.
The fast-charging capability is a game-changer. How will it impact the overall user experience?
Fast charging capabilities will improve the user experience by reducing wait times, increasing convenience, and making it easier to use electric vehicles in everyday travel situations.
CATL\'s advancements are impressive. How will other companies respond to this technological leap?
Other companies are likely to accelerate their own R&D efforts, invest in similar technologies, and explore partnerships or acquisitions to stay competitive.
The cost-effectiveness of sodium-ion batteries is exciting. Will this lead to more affordable EVs?
Có, hiệu quả về mặt chi phí của pin natri-ion có thể dẫn đến việc xe điện có giá cả phải chăng hơn, làm giảm chi phí tổng thể của sản phẩm.
❤ Congratulations
thank you so much
The cost-effectiveness of sodium-ion batteries is promising. Will this lead to a significant drop in EV prices?
The cost-effectiveness of sodium-ion batteries could lead to a significant reduction in the price of electric vehicles.
SUPER IDEA . POZDRAWIAM WSZYSTKICH .
I’m excited about the environmental benefits of sodium-ion batteries. How quickly can we see these benefits in the market?
We may see the environmental benefits of sodium-ion batteries on the market in about 2-3 years, as the technology improves and is widely adopted.
I agree that sodium-ion batteries have a bright future. But how will they perform in real-world conditions?
Sodium-ion batteries have a bright future, but their actual performance will depend on their ability to maintain performance under varying usage conditions and durability over long periods of time.
The potential for fast charging is exciting. Will this technology be available globally soon?
Fast charging technology could soon be adopted globally if technological and infrastructure challenges are resolved and costs are reduced.
Congratulations Elon Musk !!
Why - Tesla did not invent the sodium ion battery and was far from the first to commercialize it. It was developed initially in the US by Aquion. One of the biggest suppliers is CATL, a Chinese company, who also supplies batteries to Tesla and a number of other EV manufacturers.
Current sodium ion batteries are suitable for EV's with a range of around 250km which is far short of the lithium battery range.
I’m excited about the potential of sodium-ion batteries. How quickly can we expect to see them in the market?
We can expect to see sodium-ion batteries in the market within 5-10 years as technology matures and production scales up.
The affordability of sodium-ion batteries is great news. Will this lead to a significant drop in EV prices?
Yes, the affordability of sodium-ion batteries could lead to a significant reduction in EV prices, making electric vehicles more accessible to consumers.
The environmental impact of sodium-ion batteries is promising. How soon will we see widespread adoption?
We can expect to see widespread adoption of sodium-ion batteries in the next 5-10 years, as technology continues to develop and meet performance and cost requirements.
Other estimates show sodium ion batteries will cost between 1/3rd to 2/3rds of the cost of a lithium battery. That is quite a bit less than "30% cheaper". They are also much heavier/larger for the same capacity so less suitable for long range EV's.
In my view they are better suited to home batteries or shorter range EV's unless there are further advances in the technology.
Thanks for your comment. We always appreciate it.
I agree that sodium-ion technology is promising. However, will it truly be cost-effective compared to lithium batteries?
Sodium-ion batteries have the potential to save costs compared to lithium batteries thanks to cheaper raw materials, but this depends on technological developments and production scale.
The idea of a $5,000 EV with a 200-mile range is intriguing. Do you think this will become a reality by 2030?
It's possible that a $5,000 EV with a 200-mile range could become a reality by 2030, thanks to advances in technology and reduced manufacturing costs.
The potential of sodium-ion batteries to end fossil fuels is huge. Do you believe they can truly compete with nuclear energy?
Sodium-ion batteries have great potential to replace fossil fuels, but direct competition with nuclear power will depend on improving performance, cost and large-scale power delivery. .
The environmental benefits of sodium-ion batteries are promising. How significant will these benefits be in the long run?
That right, The environmental benefits of sodium-ion batteries are promising, and in the long term, they could contribute to reducing dependence on scarce resources, while promoting sustainable development in the renewable energy sector.
I think sodium-ion batteries could be a game-changer for renewable energy storage. Do you agree?
Yes, sodium-ion batteries could be a breakthrough in renewable energy storage thanks to their low cost and abundant supply of materials, improving the ability to store and use green energy.
Magnesium Ion 264Wh/kg. It could surpass sodium ion by a lot.
But nobody cares about what it can do under ideal conditions most of us live in climates that are extremely hot in the summer and very cold in the winter. The battery solution has to be able to work at -40 and +40 Celsius
If recent economic sanctions are any indications, it's just a matter of time before our government and other governments around the world will begin issuing sanctions on this battery technology, especially since most will come from China, rendering any cost savings a moot point.
The sodium-ion hybrid battery is definitely a game-changer! But will it really make internal combustion engines obsolete?
The sodium-ion hybrid battery could make the internal combustion engine obsolete if it meets future performance and cost standards well.
EVs have already made ICE obsolete. In Norway, 90% of new vehicles are EVs. They are cheaper to operate over total ownership than a Toyota Camry. The new box manufacturing process plus further battery improves and autonomy will make EVs half the price of ICE, potentially a tenth of the price.
But the meantime Li hybrid battery technology,Isn't it
CATL announced their Na ion battery 3 yeas ago why are you talking about this stuff like it’s brand new and revolutionary but we haven’t seen a whisper of it for 3 years
I’ll believe it when it actually gets manufactured and implemented. This garbage has been hyped for 5-6 years now and nothing.
It's a Chinese company. No, thank you for investing.
No Musk Demokratie
I see you've paid for fake comment engagement...
bet $1000 you are full of 'not to market' BS
Why do you think this type of battery cannot be brought to market?
Nothing will end fossil fuels. Batteries have very specific uses that can't replace certain other things.
That right
The environmental benefits of sodium-ion batteries are promising. How significant will these benefits be in the long run?
The environmental benefits of sodium-ion batteries are promising, and in the long term, they could help reduce the exploitation of natural resources, reduce carbon emissions, and promote the use of sustainable renewable energy.