Why do high-priced trams choose to use ternary lithium batteries? As a means of clean energy transportation, trams are being favored by more and more people.
However, many electric vehicle brands and models have left consumers confused when buying a car. To solve this mystery, we need to understand the impact of different range and performance needs on the type of battery chosen for the tram.
In the field of electric vehicles, range has always been an important indicator to pay attention to. This is also one of the reasons why high-priced electric cars often choose ternary lithium batteries.
According to industry data, ternary lithium batteries have a longer battery life than other types of batteries.
This means that motorists can travel longer after a single charge, reducing the hassle of frequent charging.
Therefore, for those users who need to drive long distances or travel frequently, it is a good choice to choose a high-priced tram with a ternary lithium battery. Of course, the choice of battery type is also influenced by the price factor.
Lithium iron phosphate batteries are a less expensive battery that is suitable for low-range trams. For those who have a short driving range and don't need to recharge as often, this battery is more than enough for everyday travel.
However, there is still a certain gap between its endurance and ternary lithium batteries.
So why do high-priced trams use ternary lithium batteries, and not just because of their long range? In fact, the price of ternary lithium batteries is relatively high, and the use of ternary lithium batteries in expensive trams also indirectly enhances the value of this product.
Of course, this does not mean that ternary lithium batteries are the safest and most reliable choice. Some people are worried that the thermal stability of ternary lithium batteries will be relatively poor, which is easy to cause safety accidents such as fires.
But in fact, battery technology has been continuously improved over a long period of time, and the problem of thermal stability is not unsolvable. At present, ternary lithium batteries have relatively high safety performance, and major electric vehicle brands have also carried out various strict tests and measures in battery safety to ensure the safety of consumers.
On the other hand, the performance of lithium iron phosphate batteries in low-temperature environments is relatively poor, which is one of the reasons why high-priced trams do not choose this kind of battery. In the cold winter season, low temperatures can lead to a decrease in the performance of the battery, which will affect the range and performance of the tram.
Relatively speaking, ternary lithium batteries are relatively stable and have good adaptability to low temperature environments. All in all, when choosing an electric car, we need to consider the use environment and range needs.
If you are a frequent long-distance driver or have a high range demand, then a high-priced electric car with a ternary lithium battery will become your first choice. For users with short driving distance and low requirements for battery life, lithium iron phosphate batteries can meet the needs of daily travel.