Find out more about Datwyler’s range of sealings for electric vehicles with three important solutions for e-powertrains.

As existing OEMs and new players in the mobility market continue to pursue and develop e-powertrains, we also, as a supplier of advanced sealing solutions, invest in innovative solutions to ensure we continue to support our customers. For battery electric vehicles (BEVs) there are many applications that require a different approach to legacy ICE alternatives. The most important area of focus for e-powertrains is the three-in-one assembly – the e-motor, transmission and inverter.

Datwyler will present its advanced portfolio for the new mobility sector at the International Suppliers Fair (IZB) – to be held in Wolfsburg, Germany, from 11-13 October. In one of the first in-person events to be held since Covid-19 restrictions were lifted, the company is excited to present its capabilities on a face-to-face basis, reinforcing the importance of working in partnership as the industry transitions to applications such as battery electric and fuel cell technologies.

The engineering process is a core point of focus as the mobility industry transitions from ICE to electrification. Simulation and material development are two of the three elements that are fundamental to a successful project, but neither are possible without engineering itself. How a part or component is designed to achieve the desired functionality is crucial. In areas where commodity parts are no longer relevant, the level of expertise required to ask the right questions at the right time is very high.

As we continue to move towards new mobility and the electrification of vehicles in general, the thermal management of batteries has come to the forefront as a critical element that must be addressed. Thermal management in Battery Electric Vehicles (BEVs) is related to temperature regulation of the battery in order to keep its optimal working conditions at all times. The performance of a battery is inextricably linked to its temperature, which has an impact on areas such as the time it takes to charge, its ability to sustain capacity, and its health and performance overall. At the same time, temperature regulation is very important for the safety of passengers as overheating and potential thermal runaways can put passengers at risk.