Battery-swapping technology for electric buses was first commercially deployed by China in 2008. During the Summer Olympics, batteries were replaced in about 50 buses running on various routes.
Due to constraints such as geographical location, limited availability of battery swapping stations, and overcrowding at stations, there is a need to design a more flexible and efficient electric vehicle battery swap architecture.
One German government report predicts that about 80,000 jobs might be lost by 2030 in the Swedish automotive industry as a consequence of the electrification of vehicles. However, new jobs will be created in the new segments.
In recent years there has been a growing interest due to the rising price of oil, government incentives that facilitate the acquisition of these vehicles, and the progress of technological developments that allow the EV…
Radar sensors have found widespread applications in advanced driver assistance systems, such as adaptive…
LiDAR works by emitting pulse-modulated light, observing the time difference between the reflected light and the emitted light to calculate distance, and by scanning or synchronously measuring multiple beams of light to…
The core technology of unmanned driving includes environmental perception, precise positioning, and path planning.
Autonomous driving is an advantageous industry in the field of intelligent travel. The perception module plays a vital role in the automatic driving system.
As public transport vessels, buses can help increase road safety, since by reducing traffic on the road, they help reduce individual exposure to vehicles, and they are less likely to be involved in serious road collisions than cars.
Heavy vehicles are one of the most dangerous vehicles that bicyclists, encounter at an intersection…
Marketing & PR Contact
