Electromobility in urban transport: Why vehicle concepts need to be rethought.
- 3 days ago
- 2 min read
Electromobility in local public transport as a system challenge
Projects like the Hamburg “Future Taxi” clearly show where urban mobility is headed:
away from classic vehicle concepts
towards emission-free, specially designed platforms
But the switch to electromobility is not just a question of the drive system.
👉 It changes the entire vehicle concept.
New requirements for vehicle architecture and integration
In urban environments, different requirements take precedence than in traditional individual transport:
high utilization rate and continuous operation
easy entry and exit
maximum space utilization
ease of maintenance
robust and durable design
👉 These requirements apply to the entire vehicle – from chassis and structure to doors, interior and E/E systems.
Example: Concept vehicles for urban use
Concept vehicles have shown early on what electromobility can look like in local public transport.
One example is an electric shuttle concept in whose development we were involved.
The following aspects, among others, were the focus:
Lightweight structural concepts
reduced complexity of vehicle architecture
innovative door and entry solutions
Integration of large-area glazing
optimized interior design
👉 The goal was a vehicle that is consistently designed for urban use.
Technological approaches for new vehicle concepts
Such vehicle concepts are often based on new technical approaches:
Lightweight structures (e.g. fiber composites)
reduced number of components
alternative battery and service concepts
modular vehicle architectures
👉 These approaches enable more efficient, easier-to-maintain and more economical vehicles.
Challenges of infrastructure and overall system
Despite all the technological advances, one central question remains:
How will the infrastructure continue to develop?
Because:
Charging infrastructure
Maintenance concepts
Operating models
have a direct influence on vehicle design.
👉 Vehicle development and infrastructure must be considered together.
Our approach: Vehicle development for real-world operating conditions
For us, the focus in such projects is not only on the concept, but also on its feasibility.
That means:
Development of robust vehicle structures
Integration of functional systems
Design based on real-world usage scenarios
Consideration of maintenance and service life
The goal is to create vehicle solutions that work in real-world operation – not just in concept.
