white paper

The impact of vehicle electrification on electrical system design

Electrical system design implications with electrification

Vehicle autonomy and electrification are demanding significant changes to their electrical and electronic architecture. The main factors driving these changes are high voltage systems, increased safety considerations and significant weight reductions needed to maximize vehicle range from electrification. Even more impactful is ‘Fail operational’ designs, hugely increased data network loading and virtual validation requirements for higher levels of vehicle autonomy. The race to electrified self-driving cars is accelerating.

In this white paper, we will review some of the implications of autonomy and electrification, and then examine the technical implications of high voltage electrification on how electrical systems are designed.


Share

Related resources

Preparing to deliver more cost-effective and timely small satellite launches
Case Study

Preparing to deliver more cost-effective and timely small satellite launches

Using Simcenter to speed production of hybrid rocket engines and reduce environmental impact

British startup Cox Marine ready to revolutionize the outboard engine industry thanks to digitalization
Case Study

British startup Cox Marine ready to revolutionize the outboard engine industry thanks to digitalization

Siemens Xcelerator business platform helps cut costs and development time

NASCAR racing team uses Simcenter to develop parts and  assemblies that enhance performance and reliability
Case Study

NASCAR racing team uses Simcenter to develop parts and assemblies that enhance performance and reliability

Siemens Digital Industries Software solutions enable Hendrick Motorsports to align with longstanding racing principles and support continuous improvement