The diverse application scenarios of intelligent driving functions in new energy vehicles
Urban commuting: Solving the dual Dilemma of Congestion and parking
The "Unprotected Intersection Passage" system of the Xiaopeng G9 integrates high-precision maps and real-time traffic signal recognition technology. It can predict pedestrians crossing the road 300 meters in advance at the entrances and exits of residential areas without traffic lights, and reduce the risk of accidents through dual sound and light warnings.
| The intelligent innovation in parking scenarios directly addresses users' pain points. The "All-Scenario Memory Parking" feature of the LEADINGIDEAL L7 can learn a 100-meter route. In underground garages with weak GPS signals, it can precisely and automatically park with the help of visual SLAM technology. The remote parking of the Leapmotor C10 https://www.tianliauto.com/jumper-motor/ can be operated outside the vehicle through a mobile phone APP. The success rate in a 2.2-meter parking space is 98.6%, saving 45 seconds compared to manual operation. The "inclined parking" algorithm equipped in new cars in 2025 has increased the adaptability of non-standard parking Spaces by 60%. |
Long-distance travel: Reconstructing the driving logic of highways and scenic spots
Highways are the earliest scenarios where intelligent driving functions have been applied on a large scale. In the actual test on the Beijing-Harbin Expressway, Huawei's ADS 3.0 system achieved precise lane keeping at 120km/h, and the recognition rate of the lane change intention of trucks 1.5 kilometers away by the millimeter-wave radar reached 99.2%. Its automatic lane-changing overtaking function has been significantly upgraded: After determining safety, the overtaking can be completed through the driver's confirmation by the vibration of the steering wheel and the animation prompt on the central control screen. The entire process only takes 8 seconds, nearly doubling the efficiency compared to manual operation.
| The intelligent driving adaptation for complex roads such as scenic spots reflects the warmth of technology. The "Mountain Road Assist Mode" of BYD Tang EV https://www.tianliauto.com/byd/ can automatically adjust the power output according to the altitude changes. On continuous downhill sections, it can achieve stable speed control through the energy recovery system, reducing brake wear while enhancing safety. During the winding mountain road test in Lijiang, Yunnan Province, the system reduced the number of times the driver operated the brake pedal from an average of 12 times per kilometer to 3 times. |  |
Intelligent collaboration between extreme environments and energy management in special scenarios
Intelligent driving is reshaping the travel possibilities for special groups. The "Easy Mode" for elderly users simplifies the operation logic of the intelligent driving system. By giving the voice command "Go home", the preset plan including common routes and comfortable seat angles can be activated. Tests show that the adaptation period for users over 65 years old to this mode has been shortened from 7 days in the traditional system to 1.5 days. BYD's "Valet parking" function has further addressed the parking difficulties caused by the decline in vision among the elderly. In a pilot program at a nursing home in Beijing, this feature has increased the independent travel rate of elderly car owners by 40%.
| The travel demands of people with disabilities have driven the refined development of intelligent driving functions. The "Limb Control alternative" system of NIO ET5 https://www.tianliauto.com/nine/ supports the linkage of head rotation and voice commands, facilitating users with hand difficulties to conveniently use the high-speed navigation function. Meanwhile, the "Emergency Assistance" module has been upgraded. When a driver suddenly becomes disabled, it will first sound and light an alarm. If there is no response within 30 seconds, it will automatically turn on the hazard lights, slow down and stop, and contact the emergency contact person, comprehensively ensuring the safety of independent travel for disabled users. |  |
The scenario-based application of intelligent driving functions aims to meet users' demands. Whether it is the prediction of traffic jams during urban commuting, the torque adjustment on mountain roads in scenic spots, the voice interaction for elderly users, or the platooning of logistics fleets, all demonstrate the application capabilities of the intelligent driving system of new energy vehicles. With the development of V2X technology, intelligent driving will break through the limitations of single-vehicle intelligence. Through the collaboration of roadside devices and the cloud, it will achieve more intelligent scene response and promote the full arrival of the intelligent driving era.