Industry

E-mobility

The mobility challenges of the future

End-consumer demand for electric vehicles is increasing and will continue to grow significantly in the coming decades. Despite the compelling advantages of E-Mobility vehicles, their success requires automakers to address a number of challenges and needs of end customers. These include: high prices, range anxiety, reliable performance, and passenger safety.

The journey has just begun

  • These concerns are part of an even wider and more complex range of engineering and business challenges. The heart of any vehicle is the powertrain, and while internal combustion engines have years of research and development behind them, for hybrid and electric E-Mobility powertrains the journey has just begun.

Key challenges

  • Key engineering challenges in EV powertrain components include efficient thermal management, integration of electrical systems, miniaturization, reducing total vehicle weight, and ensuring safe and reliable vehicle performance.

The best solution

  • Mascherpa helps automotive manufacturers in researching the best solution of adhesives and lubricants for the production process of electric vehicles. Learn the details of the challenges faced by each EV powertrain component.

Electric Drive systems

Technology solutions driving the next generation of hybrid and electric vehicles

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Power conversion system

Challenges for power electronics and EV conversion systems

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Battery system

Challenges for EV battery systems

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Advanced Driver Assistance Systems

challenges for ADAS systems

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Continued on e-mobility

Advanced Driver Assistance Systems

ADAS, Advanced Driver Assistance Systems, are the key components of this new frontier of E-Mobility.
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Battery system

Mascherpa's E-Mobility thermal management materials, adhesives, sealants and coating technologies can help vehicle manufacturers.
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Electric Drive systems

Mascherpa supports electric vehicle manufacturers at every stage, optimizing materials to meet the wide range of component requirements for E-Drive
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Power conversion system

The three main power conversion systems, the on-board charger (OBC), the inverter, and the DC/DC converter each present a number of technical challenges.
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