Mobile e-Power

High-performance electric drivetrain solutions for industrial and off-highway vehicles

The transportation of people, goods and raw materials accounts for over 25% of the world's total energy consumption and almost 30% of carbon dioxide (CO2) emissions worldwide. While the emissions from vehicles like passenger cars are often the first consideration given their high volume, transportation via busses and industrial vehicles also have a significant impact.

Given the urgency to reduce the impact on our planet, in addition to ongoing price and supply volatility of fuel, it is critically important for companies to transition to a sustainable transport approach to reduce both their emissions and energy consumption. The journey towards electrifying the drivetrains of your industrial or transport vehicles can be made easier and more efficient by using the broad ABB offering in sustainable transport solutions. Built on more than 130 years of experience with a reputation for quality, reliability and service makes ABB the best choice as a full- range partner for your future in Mobile e-Power.

25% +

Transport of people, goods and raw materials share of world's total energy consumption.

95% vs 45%

Electric motors efficiency versus typical diesel engine.

40% - 60%

The amount that electric vehicles can lower operating costs.


Where are you on your e-journey?

No matter where you are in your journey to increase electrification for industrial or transport vehicles, ABB can help make it a smoother ride.  Contact us to learn more about how we can support you.

Are you looking for support or purchase information?

1. Sustainability targets
2. Fleet operation analysis
3. Infrastructure analysis
4. Powertrain
5. Charging
6. Implementation
7. Support & Service

  • Which commitments my company has made to reduce CO2 emissions?
  • Which are the intermediate steps and the corresponding time and budget for those?
  • Will my truck perform as well as the equivalent diesel version?
  • Do I have to change the operation cycle due to electrification?
  • Pure battery or battery/trolley operation?
  • Existing trolley infrastructure or new infrastructure planned?
  • Where will the grid power come from? Constraints?
  • Mapping of track (gradients, stops) and operation constraints
  • What voltage level should I select?
  • Will the solution fit in the vehicle?
  • What is the best electric drivetrain layout for my vehicle?
  • How is charging handled?
  • If there is limited available electrical capacity, can we charge all units at the same time, for example during a lunch break or overnight?
  • Proof of Concept (PoC) in a specific operation defined by customer
  • Solution evaluation based on customer goals
  • Expansion to other operations
  • If I need support, is there someone nearby who both speaks my language and understands the technology?
  • Product upgrades and lifecycle coverage

Improving energy efficiency in heavy vehicles through electrification

Find out how electrification can improve the efficiency of heavy vehicles, and reduce their emissions and operating costs.

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