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Make the EV dream a reality: Create seamless collaboration between battery & body-in-white engineering

Discover how integrated workflows are revolutionizing Electric Vehicle development, overcoming traditional silos and accelerating innovation.

A close-up of hands interacting with a tablet displaying a detailed 3D model of an electric vehicle battery.

The electric vehicle revolution demands a new approach to design and engineering. As the automotive industry shifts towards electrification, the complex interplay between battery systems and the vehicle's body-in-white (BIW) brings new challenges. This whitepaper delves into the need for better collaboration between the two engineering disciplines.

Why Collaboration is Key:
Historically, battery and BIW teams have operated with different skill sets and expertise, leading to communication gaps and inefficiencies. This whitepaper highlights how these silos can hinder the efficient design and integration of EVs, impacting crucial aspects like:

  • Trade-offs between battery size/weight and overall vehicle packaging.
  • Optimizing performance and safety.
  • Managing development costs effectively.

What You Will Learn:
This whitepaper outlines a strategic approach to bridge these gaps, emphasizing:

  • The necessity of a common digital platform and design language to facilitate seamless data sharing and joint decision-making.
  • A comprehensive 4-stage workflow covering:

    • Parameter definition
    • Thermal management
    • Manufacturability assessment
    • Structural integration

Key Benefits of Effective Collaboration:
By fostering close cooperation between battery and BIW teams, engineers can achieve:

  • Accelerated design cycles.
  • Improved vehicle range and performance.
  • Enhanced safety standards.
  • Greater passenger comfort.
  • More affordable EV solutions for consumers.

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