L3, 1000km range! Check out the most noteworthy pure electric vehicle black technology in 2021

"I, Robot" is a movie that came out in 2003. Although it is a classic science fiction film about the "ancient" period, it is undeniable that this movie has opened up many movie fans' fantasies about the future.

For car fans, this classic movie has opened my desire for the future. Now it is 2021, can the smart technology on the car realize a series of black technology operations like in the movie?

For this reason, Quanquaner has carefully studied the development of intelligent technology in the current automotive industry and found many gleaming black technologies. For example, the recently exposed final version of Xiaopeng NGP can achieve high-speed autonomous navigation driving.

So what other automotive smart technologies will affect our car life? Without further ado, let’s go~

New standard for autonomous driving system - Level 3

As we all know, in 2020, most models will have L2-level autonomous driving assistance systems. In 2021, L3-level autonomous driving systems with environmental monitoring capabilities will have a major breakthrough. Some people may say that independent brands such as Changan UNI-T, Xiaopeng P7, and GAC Aion AION LX are all equipped with L3-level autonomous driving.

Quanquaner reminds everyone that there are two types of L3 autonomous driving systems. One is based on high-precision maps to achieve L3 autonomous driving systems, and the other is based on powerful software and hardware to make judgments and analyses of the road environment to achieve autonomous driving. There is no doubt that the system that achieves autonomous driving through high-precision maps does meet the L3 level. Without the support of high-precision maps, it is impossible to achieve the L3 level.

Therefore, in 2021, more manufacturers will optimize chip analysis and computing capabilities, use powerful lidar to make more intelligent judgments and analyses of the driving environment, and realize the second L3 level autonomous driving system.

The rapid development of smart car machines

In addition to the L3 autonomous driving system, the intelligent vehicle system in 2021 will also have a qualitative leap. Not only will there be a smoother human-computer interaction system at present, but it will also realize the three-in-one intelligent networking technology.

In the current car computer market, Android and Linux are the two major systems that are mainstream. Although the smart car computer system is only a small part of the underlying technology of automotive technology, it is indeed an important configuration that many users are concerned about.

Nowadays, Android car-mounted systems are getting better and better, with good results in terms of system fluency and operating logic. The car-mounted systems of new forces such as independent brands such as Weilai have also achieved a qualitative leap.

The Linux system is developed based on the C language and has strong compatibility and customizability, which makes Tesla and BBA manufacturers particularly fond of it. In 2021, the car system will be upgraded in software and hardware, and more in-vehicle application ecosystems will appear, making the car system more intelligent.

Three-terminal intelligent networking, please leave the key at home

In 2021, more models will realize three-terminal intelligent connection, and the mobile phone, car computer and home terminal will form an intelligent network to unlock and start the vehicle in advance through the mobile phone. In fact, this operation has been used in models such as Weilai and Lincoln's new Aviator.

When we get in the car, we can use the smart car system to instruct the connected home terminal devices to turn on the air conditioner, lights and other remote smart operations in advance. From now on, we can leave the car keys at home.

Solve the battery life anxiety

NIO released the new NIO ET7 at NIO Day, with a range of 1,000km, paving a good way for 2022. After solving the range anxiety, in 2021, smart technology will accurately transmit the charging pile information to the smart car system, and then cooperate with high-precision maps to accurately find the charging location, solving the problem of not being able to find the charging pile.