As the first model to carry The Geely Thor's "Super Mix", the Geely Emgrand L Hi · X naturally attracted a lot of people's attention.
Previously, it was officially announced that it would go on sale in April, and now the official picture of the new car has also been released.
According to the official map, Geely Emgrand L Hi · X as a whole follows the design style of the current Emgrand L, and adjusts in the details, the overall look is more recognizable, such as the use of a large-size front grille, and in the two sides of the air intakes to add color dot matrix elements for decoration, with the two sides of the sharp narrow headlight group, so that the new car looks very stylish.
On the side, there is a straight waist line that runs through the taillights, and the door handle is above the waist line.
The rear of the car is equipped with through-line taillights, equipped with 258 LED light sources inside, and can also display three greeting and receiving guest lights, which is very visually outstanding. In addition, the exhaust part of the new car adopts a hidden design, and the overall shape is relatively low-key.
In terms of interior, the new car will adopt a new forest green duplex interior, with a 10.25-inch full LCD instrument, a 12.3-inch suspension central control screen, and a smooth shape of the center console, using a three-spoke multi-function steering wheel and Raytheon's exclusive electronic gear. At the same time, the new car can support FOTA upgrades and up to 20 intelligent driving modes.
The highlight of the car is its Thor Hyobiosis Hi · X Hybrid Technology, the system consists of a 1.5TD engine + motor, 3-speed electric drive transmission (DHT Pro). Official data show that it can achieve a power loss of 3.8L, a comprehensive limit endurance of 1300km+, an acceleration of 6.9s per 100 kilometers, and a maximum wheel end output torque of 4920N·m.
And the models equipped with Thor's "super mix" all adopt Geely's original "three-speed electric drive DHT Pro" and have an intelligent hybrid system, which can realize self-learning, adaptive, and self-adjusting intelligent energy management, and provide about 20 intelligent working modes to switch.