ABB DC fast charge stations will allow rapid recharging of electric vehicles. Depending on the battery and vehicle type, recharged range of greater than 100km in less than 10min is readily achievable. As battery technology advances further, recharging will become available with the speed and simplicity of a fuel stop.
Keeping the heavy and expensive power electronics and filters required for high power charging outside of the vehicle and in a common and shared piece of infrastructure allows the vehicle weight and cost to be reduced. The vehicle will still include a low power onboard charger to allow the use of standard existing power outlets and AC charging poles, but this can be optimized in size and cost.
ABB’s vast experience with grid infrastructure and power electronics will enable the deployment of infrastructure solutions including fast charging stations at a sustainable cost, enabling e-mobility as a mass market transport solution.
Commitment to E-mobility
ABB develops efficient components and systems to charge electric vehicles. It
commits itself:
Towards the driver
- Enabling safe recharging at the desired speed
- Delivering a simple and intuitive solution for ease of use
Towards utilities and infrastructure providers
- Providing integrated and smart charging solutions
- Preparing the grid for the challenges e-mobility brings
Towards the environment
- Making individual mobility become more sustainable
- Allowing for e-mobility powered by renewables
Power and Speed
The time to charge an electric vehicle depends on the power available from the charger to fill the battery pack. Short charging times, especially for larger vehicles, require high power. ABB’s range of DC fast chargers will support very fast charging even for heavy vehicles, and as battery types able to support these rates of charge become widespread the traditional range limitation of electric vehicles will disappear, enabling long distance journeys and high use fleet vehicles.
Charging speed is also dependent on vehicle type, with large heavy vehicles requiring more power for a rapid charge due to their larger battery capacity.