Pack Architecture
Battery pack design integrates individual cells into functional energy storage systems through mechanical support, electrical interconnection, thermal management, and control systems. Pack design determines performance, safety, and longevity of battery systems.
Mechanical design must accommodate cell expansion, provide structural integrity, and enable service access while protecting against environmental factors. Electrical design optimizes series-parallel configurations for required voltage and capacity while minimizing interconnection resistance.
Integration Challenges
Space-constrained applications require creative pack geometries maximizing energy density within available volumes. Cylindrical, prismatic, and pouch cells each offer different packing efficiencies and thermal characteristics influencing design decisions.
Thermal management integration is critical, with cooling channels, heat sinks, and insulation incorporated into pack structures. Electrical isolation, fire barriers, and venting systems address safety requirements throughout pack design.
Fission Lithium Pack Design
Our engineering team designs optimized battery packs for specific applications. We balance energy density, safety, manufacturability, and cost in every design. Contact us for custom pack design services.