When it comes to new energy vehicles, have you ever heard the term "battery-body integration"...
Many people may not have heard of it.
But if you pay close attention, you will often find that the frequency of this word can be said to be higher and higher.
Why do many new energy vehicles begin to engage in "battery body integration"? What's in it for us consumers?
Hello everyone, I'm Raven-kun, and I'll take 3 minutes to talk to you about this matter today.
01 What is "battery-body integration"?
To understand "battery-body integration," we first need to understand what "conventional electric car design" looks like.
Generally speaking, the battery of a conventional electric car is installed separately on the underside of the vehicle, like a flat plate embedded under the car.
However, "battery-body integration" is different, it is part of the direct integration of the battery into the body structure.
Think of it as a puzzle:
In the traditional design, the battery is a separate piece, but in the "battery-body integration", the battery itself is part of the car body.
This means that the body is more closely connected to the battery, and the entire structure is more integrated and coordinated.
From a technical point of view, the body and battery are no longer separated from the design of "you are one, I am one", but the battery is embedded in the frame and integrated with the car body.
This design not only changes the way the vehicle is assembled, but also makes the structure of the vehicle more compact and unified.
Overall, "battery-body integration" is a new design approach that fuses the battery and the body.
02 What is the value of this design?
So, what changes has the "battery-body integration" design brought to the car?
You can think of it as a house with no extra walls, every structure in the house is useful, and there is no more wasted space.
By incorporating the battery into the body, this design reduces the additional support structure, resulting in a significant reduction in the overall weight of the car.
And when the car is lighter, it means that it consumes less energy and can run farther.
Just imagine, a traditional battery is like "exposing the fuel tank", which is easily damaged if it encounters a violent impact.
The "battery-body integration" is equivalent to wrapping the "fuel tank", which is not only more firm, but also can reduce the damage in accidental collisions and protect the safety of passengers.
Since the battery no longer exists "on its own", it can be sized and shaped to better integrate with the body, freeing up more interior space.
Whether it is the trunk or the riding space, it appears more spacious and comfortable.
All in all, electric cars are much more tech-savvy than you might think. "Battery-body integration" is a good example.
Not only does it make the car lighter and stronger, but it also greatly improves safety.
Therefore, the next time you buy a new energy vehicle, remember to pay attention to this technology, which will bring you a more comfortable and secure driving experience.