The new Zeekr 007GT and 007 will be launched in China in the second quarter of this year, focusing on upgrading the electrical architecture.

With the official release of a new round of information by ZEEKR, the 007 and 007GT are set to receive updated versions in the second quarter of this year.

This upgrade is not just an annual minor revision but a technological leap centered on the high-voltage platform and intelligent driving core.

For consumers concerned about the long-term user experience of new energy vehicles, this change is worth a close look.

【PCauto】In the current electric vehicle market, annual model updates are often focused on configuration tweaks or design details, but the refresh ZEEKR has prepared for the 007 and 007GT is more like a foundational technology restructuring.

Since their launch, ZEEKR 007 and ZEEKR 007GT have consistently stood out in the same class of pure electric vehicles for their high-voltage platform, fast charging efficiency, and overall completeness.

Whether it is the sedan-shaped 007 or the Shooting Brake style 007GT, both emphasize the core logic of "high-efficiency electrification."

However, as market demands for charging speed and intelligent experience continue to rise, the originally high technical threshold no longer seems to stand out. This is precisely why the new models ZEEKR 007 and 007GT have been introduced.

The new 007 and 007GT will be upgraded from the existing 800V high-voltage system to a 900V high-voltage architecture. This is not just a numerical change for better specifications.

A higher system voltage means that under the same power conditions, the current can be reduced, thereby reducing heat generation and energy loss.

For drivers, it can bring two benefits:

· A more stable fast charging process, especially in high-temperature environments or during consecutive charging sessions.

· When driving at high speeds, the efficiency of the entire electric drive system performs more stably—not necessarily better, but with consistent efficiency under various operating conditions.

This is particularly important because charging speed and stability are often more practically meaningful than maximum range figures. The 900V architecture cannot magically increase range significantly, but it allows the entire system to more closely approach its nominal performance under real-world conditions.

If the high-voltage platform addresses electrical issues, then another upgrade directly pertains to the brain of the car.

The new ZEEKR 007 and 007GT will be equipped with the NVIDIA DRIVE Thor-U assisted driving chip, replacing the current Orin series.

The reason for upgrading to Thor-U is not simply to stack computing power but to cater to more complex sensor integrations and real-time decision-making scenarios.

When it comes to intelligent driving, whether it's on crowded city roads or busy highways, what users are truly concerned about is not whether the system "works", but whether it is "easy to use".

The improvement in computing power and processing efficiency is often reflected in whether acceleration and deceleration feel natural, whether following other vehicles is hesitant, and whether lane changes are decisive. These details are the differences most easily perceived in everyday driving.

It is worth noting that currently, information about the appearance, interior, and specific range parameters of the new 007 and 007GT remains limited.

From the disclosed content, it is evident that the focus of this upgrade is not on design, but rather on the system architecture, which is invisible yet directly impacts long-term user experience.