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Accelerate Vehicle Electrification with e-powertrain development

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Render showing a transparent electric vehicle body highlighting the e-powertrain platform that is used for propulsion.

Consumers are choosing to make the switch to an electric vehicle if it satisfies their needs for increased range and reliability, innovative design, connectivity, and an enhanced in-cabin experience with every new model—all within an accessible price point. But if automakers fail to move away from domain-level engineering, it will result in inefficiencies and slow-downs in bringing their products to market.

Siemens’ Vehicle Electrification solutions provide the digital environment to support integrated e-drive innovation that optimizes performance and drives faster time to market. Download this eBook to discover how to accelerate the pace of e-powertrain development.

Use a comprehensive digital twin for innovative designs using system-level simulation

By incorporating battery and fuel cell development, power electronics, and drivetrain development, our vehicle electrification solution boosts vehicle efficiency, performance, and quality through an industry-leading digital twin. This comprehensive digital twin enables companies to study innovative designs using system-level simulation. It can be leveraged to develop and validate best-in-class mechatronic systems that improve vehicle quality, safety, and reliability.

Maximize range and vehicle performance with e-powertrain development

Automotive manufacturers can balance driving comfort, range, and cost with energy and thermal management to offer more appealing designs. And an accurate electrothermal simulation and electronics topology evaluation can improve quality and prevent failures.

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