You are hereKURT meets Tesla: enabling urban electro-mobility

KURT meets Tesla: enabling urban electro-mobility


By eric.verhulst - Posted on 24 February 2016

Printer-friendly version

The breakthrough

Electric driving is the future. The concept is far from novel, but due to cheap oil and deficient batteries it was too early to convince the general public. That is about to change as mobility with traditional engines is reaching its limits. Batteries are increasingly becoming more powerful and affordable. Away with pollution, noise and traffic jams. 

The ideal setting to launch electric driving is the city. Distances are shorter, the driving speed is limited and the call for a sustainable city, quiet, clean and spacious, is increasingly gaining momentum. Electric mobility makes that possible. The use of compact and silent vehicles opens up space for the pedestrian and cyclist. The only issue is its affordability, as electric vehicles are not produced yet in large numbers. Altreonic, a technological SME from Flanders/Belgium, has developed the solution. It offers a large and flexible variety of electric vehicles, named KURT. Based on a patented design for a modular and scalable vehicle, Altreonic is able to meet the needs of any application.

The key to success

Electric propulsions are compact by definition. Therefore, it does not make sense to integrate electric engines in traditional designs without changing the design itself. That is why Altreonic’s KURT vehicle was reinvented from scratch. The KURT vehicle is equipped with wheels that all have their own engine. As a result, there is more space for the batteries and suspension that are compactly stored in the supporting structure. Most of the weight is situated in the  vehicle’s body, a low and flat platform. Each wheel can be controlled separately, which creates much more possibilities than currently exist with traditional internal combustion engines. The structure of KURT is not only modular but also scalable. The superstructure can be specifically adapted to a wide array of applications.

Flexibility 

By restructuring the different modules, KURT can be adapted to be a very small vehicle or a large vehicle, regardless whether we are talking about transport of passengers or goods. Altreonic identified a demand for transport of visitors in hospitals, transport of babies in a school environment, waste transport, transport of parcels and tractors for logistical purposes. The propulsion modules are standardised, which keeps production costs low. Meanwhile, the robust superstructure provides robustness and functionality. The low total weight of the aluminum vehicle enables it to carry heavy cargo and to reach a long driving range. The sensors of each vehicle can be remotely monitored while each KURT can be remotely controlled using a smartphone or tablet.

Affordable for everyone

Electric driving in the city with compact vehicles increases urban mobility without increasing the burden upon the city. KURT is adapted to urban needs without the price of a heavy roadrunner. Altreonic has developed a straightforward architecture for a flexible and affordable electric vehicle. It fits a wide array of functions. Altreonic has achieved a breakthrough in the puzzle of urban electro-mobility. The result is that Altreonic’s KURT is a real enabler to make it happen. The technology is available as well under an open technology license.

www.altreonic.com

smart-mobility@altreonic.com

AttachmentSize
KURT_meets_Tesla_EN.pdf2.22 MB
Tags

Search

Syndicate

Syndicate content