Energy Systems and Drivetrain

Mobility – the Next Level

Increasingly, the attention of mobility and infrastructure developers is focusing on new forms of energy and drive systems. To meet this need, EDAG has bundled its competencies in its new Energy Systems and Drivetrain division, setting another milestone for the mobility of the future.

Competencies   Range of Services   Fields of Application

Keeping an Open Mind towards new Technologies Pays Dividends

Vehicle and drivetrain development today is always seen in the context of maximizing the sustainability of the generation of energy, its storage and availability. An efficient infrastructure and distribution structure and the supply of all essential energy consumers determine all areas of life and work, so at the same time also set the parameters for eMobility, green hydrogen applications, battery systems, fuel cell systems and sustainability.

EDAG electrifies

The EDAG Tech Talk on drivetrain technologies of the future.





Bundling Competencies – Opening up New Horizons

The solutions we have already realized using EDAG's various areas of expertise confirm that the next step we are taking with our new Energy Systems and Drivetrain division is the right one. We have already achieved a great deal with our customers, but together, we can achieve far more. This is what our competencies stand for:

The Next Boost of Energy

Find our more about how EDAG is positioning itself for the future of mobility. Insights and perspectives of Roberto Diesel, Vice President Energy Systems and Drivetrain:

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Mobility – the Complete Setup

EDAG assists its partners with the development and integration of powertrains. In all mobility sectors, e.g. automotive, commercial vehicles, ships, aeromotive and railways. To this end, the Energy Systems and Drivetrain division follows EDAG's typical 360° approach to vehicle development and production solutions.

Powertrains – Electrified Future

    • Battery electric vehicles (BEV)
    • Fuel cell electric vehicles (FCEV)
    • Hybrid electric vehicles (HEV)
    • Hydrogen combustion engine (H2ICE)
    • Innovative powertrains
    • Strategy development
    • Concept, design and development
    • High voltage / hydrogen safety
    • Attribute management
    • Thermal Management
    • Airflow management incl. aerodynamics
    • Prototyping
    • Integration
    • Commissioning
    • Test and validation process
    • Simulation
    • Series preparation
    • Low-volume production
    • Recycling management
    • Systems engineering
    • Energy storage and conversion
      • Battery systems
      • Fuel cell storage
      • Liquid storage
      • Fuel cell systems
      • etc.
    • Charging and filling station infrastructure
    • Charging systems
    • Electric motors incl. power electronics and transmission
    • Hybrid applications incl. internal combustion engine
    • Energy management
    • Control unit application
    • Auxiliary systems
      • Thermal system
      • Intake and exhaust system

Energy Management 4.0 - How the eCar Generates its own Electricity for Free

In the past, energy management in vehicles was mostly about dealing with power consumers as efficiently as possible.  Today's electric cars are radically changing that.


Find out more here

Modular, Scalable and Safe: the SCALEbat


The battery cell is the smallest component in an electric vehicle's storage battery, and of the utmost importance in ensuring that all of the energy storage system's vital functions work. One example of a modular, scalable and safe solution from interdisciplinary development is SCALEbat, the innovative battery housing for traction batteries in electric vehicles.

Find out more here

Roberto Diesel

Vice President Energy Systems and Drivetrain

p +49 (661) 6000-82973