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Drive innovation and sustainability with electric vehicle engineering solutions

Reading time: 7 minutes
Interior view of a man driving an electric vehicle.
Adding electric vehicles (EVs) to your portfolio is vital for automotive manufacturers to guarantee future revenue streams. However, there are significant differentiators in the EV market compared to cars powered by an internal combustion engine (ICE). And while consumers are looking for a sustainable product, they also want adequate drive range and a comfortable ride. That is why engineering the EVs of the future will require a digital transformation to balance vehicle attributes and drive innovation effectively.

Download this eBook to learn how Siemens Vehicle Electrification solution helps automotive OEMs and start-ups create the next generation of electric vehicles with mass-market appeal.

Balance EV performance, passenger comfort, and energy usage

Consumer demand for range and comfort means automotive manufacturers must innovate with new technologies. The only way to balance numerous attributes is to consider them holistically from the beginning of the design stage. To effectively balance vehicle attributes and drive the future innovation of electric cars requires a digital transformation.

Develop comfortable, safe, and long-range electric vehicles faster

Automotive companies must integrate domains and adopt new methodologies, materials, and technologies to engineer energy-efficient vehicles and maximize comfort effectively. This will enable vehicle engineers to optimize weight at a component and vehicle level by leveraging a comprehensive digital twin and frontloading lighter material solutions.

Respond to escalating regulations and growing demands for sustainability

As an automaker, responding to escalating regulations and growing demands for greener vehicles is crucial. To effectively balance vehicle attributes and drive the future innovation of electric cars requires a digital transformation.

With Siemens Vehicle Electrification solution, it is possible to create innovative designs that improve in-cabin acoustics, optimize passenger comfort, and reduce energy consumption through design space exploration and advanced, repetitive simulation.

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