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.
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.
The EDAG Tech Talk on drivetrain technologies of the future.
Bundling competences – opening up new horizons
The solutions we have already implemented from the various EDAG areas of expertise confirm that we are taking the right next step with our new “Energy Systems and Drivetrain” area. We have already achieved a lot with our customers, but together we can do so much more. This is what our competencies stand for:
Powertrain System Design
Virtual development and simulation
Operating, drive and shifting strategy
Energy and charging management
Powertrain feature and function development
HV- / H2 Safety
Energy/ Fuel Storage & Distribution
Energy storage system
Charging and refueling system
Liquid storage systems
Electric drive systems
Power electronics systems
Combustion drive systems
Thermal Management & Aerodynamics
Thermal & climate system
Air intake and exhaust management
Attribute development (thermal, climate comfort, energy)
Test management EA systems
The next energy boost
Find out more about how EDAG is positioning itself for the future of mobility. Insights and outlook from Roberto Diesel, Vice President “Energy Systems and Powertrain”:
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.
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.