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Stories, podcasts and more from the experts.
Unlocking 40x increase in cell safety without sacrificing energy density for aerospace application
An aerospace client's calorimeter exploded mid-program. We found the cause, built a better one, and cut thermal runaway power 40x — density intact.
Read MoreCase Studies
Unlocking 40x increase in cell safety without sacrificing energy density for aerospace application
An aerospace client's calorimeter exploded mid-program. We found the cause, built a better one, and cut thermal runaway power 40x — density intact.
Evaluating the silicon anode landscape for investor intelligence
Six of eight flagship phones ship silicon anodes. See how Electric Goddess and Voltaiq benchmarked the market to test an investor's thesis.
Podcasts
Ep. 7 Intro to Cell Selection
Luke Workman on what it really takes to pick the right cell: mission profiles, the C-rate vs. energy-density tradeoff, manufacturing quality, and why this one call can make or break a battery program.
Ep. 6 Intro to Serviceability
Luke Workman on how serviceable a battery should really be, the failure modes hiding in cell-serviceable designs, and how to avoid them.
Ep. 5 Intro to Electrolyte
Kevin Hays and Luke Workman break down solid-state, liquid, and gas electrolytes — the advantages, the compromises, and what each means for cell design.
White Papers
Mitigating Thermal Runaway in Cylindrical Battery Packs
Epic Resins' S7253-01 potting compound stopped thermal runaway propagation in Electric Goddess's e-bike battery packs, offering low viscosity, UL 94 V-0 rating, and economical mass production.
Corrosion: The Primary Threat to Battery Pack Longevity
EV battery corrosion is a leading cause of failure and fire risk, often missed by current safety standards. Learn how it forms and how design changes like potting can prevent it.
