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  • All modules must be identical

    • 3 voltage taps per module

  • As safe as possible

    • All bolts should be electrically isolated //TODO: Find out how to do this

  • Low budget, fast, safe manufacturing

    • Most manufacturing should be done on campus, quickly (so no mass soldering)

  • Low power cooling [7]

    • MSXIV selected Forced Air Cooling over Liquid Cooling, Phase Change Interstitial Material, and Conductive cooling to catamaran.

    • MSXIV had multiple fans in parallel to cover the whole width of the battery box.

  • Normal operation and thermal runaway safety

    • //TODO: Find out MS14’s solution

  • Swappable

  • Elegant [1]

  • Easy to assemble [2]

  • Easy to test [2]

  • Minimal metal tools required for assembly (for safety) [2]

  • Minimal loose bolts when removing modules (again, presumably for safety so no loose bolts get lost and end up shorting on anything) [2].

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  1. https://docs.google.com/presentation/d/1Xooajp8JSIUNQu9GSLV1F-XzgFEba_Zjo5bpxbbz3Io/edit#slide=id.g4b0e407d84_0_129

  2. Battery Modules MSXIV - Mechanical - Confluence (atlassian.net)

  3. Battery Module Concept Rev 1 - Mechanical - Confluence (atlassian.net)

  4. Battery Module Concept Rev 2 - Mechanical - Confluence (atlassian.net)

  5. Battery Module Rev 5 - Mechanical - Confluence (atlassian.net)

  6. Battery Module Rev 7 (Final) - Mechanical - Confluence (atlassian.net)

  7. Battery Pack Cooling