Optimizing battery pack design with Cell To Pack
Rethink pack architecture to unlock performance, safety and manufacturability.
As electric vehicle (EV) adoption accelerates, battery pack design is undergoing rapid innovation. Cell to Pack (C2P) architecture is a prime example: offering a more compact, energy-dense alternative to traditional module-based designs. By eliminating intermediary structures and integrating cells directly into the pack, C2P allows manufacturers to reduce weight, increase range and streamline assembly.
But this level of integration introduces new complexity. Tighter packaging limits thermal margins. Structural integration demands more advanced mechanical analysis. And as pack designs become more tailored to specific vehicle platforms, engineers face mounting pressure to validate performance early without relying on costly late-stage physical testing.
This ebook explores how a digital, model-based approach can help EV battery teams overcome these challenges. You’ll see how design and simulation can work together across disciplines—thermal, mechanical, electrical—to ensure that evolving C2P architectures meet real-world requirements for safety, manufacturability and serviceability.
Discover how to move faster, design smarter and stay ahead in a competitive market. Download the ebook to start optimizing your battery pack development.