The project addressed the challenges of battery development, which is often expensive, time-consuming, and poses significant risks. By collaborating on this project, the objective was to develop new physics-informed simulation technologies that would enhance the battery value chain. The scope of the joint project involved creating a model of a battery used in a Porsche vehicle, focusing on use cases such as improved cell design, fast charging, and pack performance. Both Porsche and About:Energy recognized the need for a comprehensive solution that would streamline decision-making, reduce investment risks, and optimize battery performance throughout the value chain.

Thinking of car commercials - safety, technology, and luxury - may cross someone‘s mind. The ads aim to create feelings such as excitement, fulfillment, and thrill. Transferring these expectations and feelings into the real world is a challenge. Among existing sports car owners, only a small fraction engage in performance driving. Unawareness of performance-driving opportunities is one reason, in combination with the doubts about accessibility. Overcoming these obstacles is the key to reducing the gap between the anticipation and actual experience of sports cars.

One of the main challenges OEMs are facing today is the optimization of EV range that can alleviate range anxiety and make EVs a more attractive option for consumers. In addition to this, the state of health of the battery in electric cars is another important challenge to be tackled. This enables proactive maintenance and energy management to steer the charging of electric fleets, thereby reducing energy waste and costs with increase of repair capabilities.