Electric vehicles, also known as new energy vehicles, are a type of transportation that is currently a key development in China and the world. The core difference is that it abandons traditional fuel fuel and uses electric energy as the power source. Although electric vehicles still have shortcomings while inheriting the century-old history of fuel vehicles, electricity, as an energy-saving, environmentally friendly and renewable resource, will become the gospel of a green earth if it can bring benefits to human travel.
If you talk about the leader in the electric vehicle industry, there is no doubt that it is Tesla. With the creative leader Elon Musk, a prodigy who has long been committed to rocket development, he is a legend in the minds of many people. Tesla's stock price soared and its reputation rose after setting up a factory in Shanghai.
However, Tesla has never been able to become a national brand. In the field of domestic electric vehicles, BYD is undoubtedly a leading company. As a company that started in battery manufacturing, BYD's market value has surpassed that of other car companies and is known as the "Moutai" of the automotive industry. For these two companies, car enthusiasts have been making fierce comparisons, whether Tesla is better or BYD is better?Curious riders are focusing on their battery technology and digging out the true level of both.
When we take apart a Tesla's battery, many riders will see an oversized No. 5 battery assembly. Although it looks like a No. 5 battery, Tesla actually uses Panasonic's ternary lithium battery. This type of battery has a high energy density and therefore a higher range. However, there are certain shortcomings in terms of safety performance.
According to the acupuncture test results, ternary lithium batteries may produce local high temperatures when they are impacted, and there is a risk of spontaneous combustion or even **. Therefore, in hot weather, there are great safety hazards. In fact, most of the spontaneous combustion incidents were electric vehicles, and Tesla's previous spontaneous combustion incidents are also well known.
Looking at BYD, the light of domestic products, as an enterprise that started from battery manufacturing, BYD has a deep technical accumulation of batteries, the core components of new energy vehicles. BYD's electric vehicles use traditional lithium iron phosphate batteries. Although this type of battery does not have the same range as ternary lithium batteries, it is more reliable in terms of safety. With the increasing attention to the safety of electric vehicles, BYD has not given up the bottom line of safety, but has independently developed blade batteries. This battery design has an ultra-high density, which significantly improves range and ensures safety.
Compared to Tesla and BYD, everyone has their own preferences. However, from the perspective of battery technology, many netizens made sharp comments, believing that one is a real technology, while the other is only good at boasting. Of course, the success of a car is not determined by the battery alone. So, do you think Tesla is better, or is BYD better?Everyone is welcome to comment and communicate together.
This article deeply examines the two giants of China's new energy vehicle sector, Tesla and BYD, and focuses on their battery technology. In my opinion, this is an intriguing topic, because the development of new energy vehicles has become one of the hot spots in the global automotive industry.
First of all, the article reveals Tesla's ternary lithium battery. While this battery has a strong range, there are potential safety pitfalls. Tesla has been controversial due to the spontaneous combustion incident, which is directly related to the local high temperature problem of ternary lithium batteries. This made me think deeply about the safety performance of electric vehicles, especially in hot weather conditions.
In stark contrast to BYD's battery technology, which uses lithium iron phosphate batteries. The article emphasizes the reliability of this battery in terms of safety, and mentions BYD's self-developed blade battery, whose ultra-high-density design improves endurance while ensuring safety. This made me interested in BYD's technical prowess, and it also made me realize that range is not the only criterion for evaluating electric vehicles.
In the comparison, the article unabashedly expresses the attitude of car lovers towards Tesla and BYD. Tesla is regarded as a representative of "blowing", while BYD shows its "real technology". This kind of sharp comments from riders makes the whole article more vivid and interesting, and also outlines the image of the two in the public impression.
Overall, this article provides readers with an opportunity to gain insight into the new energy vehicle industry by comparing Tesla's and BYD's battery technologies. In this competitive and innovative field, safety, battery life and technical prowess will all determine a company's position in the market. It is expected that in the future, these two companies will continue to make technological progress to provide users with safer and more efficient electric vehicles.
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