Goodbye range anxiety
Trust & safety through technological innovation & charging network expansion
Electric vehicles have revolutionised the automotive industry and represent a sustainable and environmentally friendly alternative to vehicles with combustion engines. Nevertheless, there are still concerns on the part of users, some of which date back to the early days of electromobility to the present day. One of these is the so-called range anxiety, which we will look at in more detail in this article.
What is range anxiety?
"Range anxiety" stands for the fear of electric vehicle owners that there will not be enough energy left in the drive battery of their vehicle to continue the journey and - in the worst case - that there will be no charging infrastructure nearby to recharge the vehicle.
Is range anxiety about e-vehicles justified?
However, due to the previously much more limited battery capacities and the associated limited range of many e-vehicle models, the concerns of e-mobilists were quite justified. The often insufficient spread of charging infrastructure in past times also played a role here, especially in rural areas and on long journeys.
Thanks to massive advances in battery technology, the ranges of e-vehicles have been considerably increased in recent years: Modern e-vehicles have much larger battery capacities and higher ranges that can easily cover daily commuter traffic as well as make increasingly long distances easier to manage.
In addition, a steadily growing number of fast charging stations in fast charging networks enable fast public charging of e-vehicles. Especially the operation of HPC charging stations ensures that e-vehicles can be charged very quickly and with up to 400 kW, which further minimises the actual charging & standing times and steadily increases the comfort for drivers.
Technological innovation versus range anxiety
New technologies are helping to increase the range of electric vehicles by improving battery capacity, efficiency and charging infrastructure. Innovations in lithium-ion batteries are at the forefront, enabling higher energy densities through improved battery cells and materials.
New developments such as solid-state batteries for e-mobility, which are considered the next level of traction batteries, also promise even greater energy storage, shorter charging times and more safety besides. In addition, ongoing research into thermal management and cooling of batteries is providing better performance and increased longevity so that e-vehicles can maintain constant efficiency and range even under changing environmental conditions.
Efforts to improve the charging infrastructure also play a crucial role. Powerful HPC charging stations reduce charging times significantly and enable longer journeys. In addition, new bidirectional charging options - including vehicle-to-grid technology (V2G) - grant e-vehicles the ability to feed energy back into the grid during peak demand. This benefits the electric vehicles in terms of range and usability and the electricity grids in terms of grid stability.
Goodbye range anxiety, hello mobility of the future
Both private companies and public institutions are constantly pushing ahead with research and further development of battery and charging technologies for electric vehicles. In addition to increasing convenience for e-mobilists, new developments will ensure higher energy densities, faster charging times and thus greater ranges.
The e-mobility industry and its suppliers have the courage to innovate and the will to implement technological progress, ensuring that concerns about the actual usable ranges of e-vehicles will fade into the background.
More information about e-mobility