eMobility in Transition – From Vision to Reality

For a long time, electromobility was considered a promising technology, but one that could not yet be fully evaluated. Questions about range, charging infrastructure, costs, and market development dominated the discussion.

Even back then, however, it was clear that new propulsion technologies could offer great opportunities. At the same time, it became apparent that they would also pose new challenges - technical, economic, and societal. For companies, this meant addressing these developments early, building expertise, and critically examining their strategic direction. For Hirschmann Automotive in particular, this phase was characterized by precisely this approach: not merely observing change, but actively shaping it.

Today, in 2026, the picture is much clearer. Electric mobility is no longer a future scenario, but a key driver of the industry. Technological advances have resolved many of the original challenges or at least significantly improved them. Batteries have become more powerful, charging times have been reduced, and infrastructure expansion is progressing steadily. At the same time, regulatory requirements, climate targets, and rising customer expectations have further accelerated the transformation.

As this trend continues, the demands placed on the technologies and components used are also increasing. In the field of connection technology, there is a need for new solutions that meet the specific requirements of high-voltage applications. Issues such as protection against electric shock, the control and prevention of arcing, and safety in the event of an accident are now key priorities. These requirements are complex and demand a deep technological understanding as well as the continuous refinement of existing solutions.

At the same time, the vehicle itself is undergoing fundamental changes. It is increasingly evolving from a purely mechanical product into a highly networked system. Features such as autonomous driving, data-driven applications, and increasing demands on data transmission pose new challenges for a vehicle's entire architecture. High data rates and reliable signal transmission are becoming increasingly important requirements that, in turn, necessitate new solutions in connectivity technology. For companies like Hirschmann Automotive, this means further developing existing expertise while simultaneously tapping into new technologies.

Looking back, it is clear that many of the early assessments of electric mobility were indeed accurate - though the pace of development has accelerated significantly. What was once considered a possible option is now a central component of industrial transformation. At the same time, change remains a constant companion: technologies continue to evolve, new requirements arise, and existing solutions must be continuously adapted. Change brings uncertainty, but also enormous potential. Those who are prepared to actively shape change can turn it into a sustainable competitive advantage.

For Hirschmann Automotive, this means viewing change not as an exception, but as an integral part of business operations. The ability to adapt, think outside the box, and further develop existing expertise is crucial to remaining successful in the long term.

Electric mobility is a prime example of how a vision becomes reality - and how crucial it is to recognize developments early on and actively shape them.