A lithium battery electrode with ordered structure. Measured in the lab. Built for the factory.
Randomness caps the energy, caps the current, and ends the easy improvements. No new material is waiting to be found. So PolyPower changed the geometry instead: tens of thousands of identical, ordered pores per square centimeter, and the failure mode designed out of the cell.
Foundational patents, filed internationally, unencumbered.
Measured in the inventor's proof-of-concept cells: 40% beyond the best reported.
Modeled power ceiling at the cell level, where random electrodes stall.
Thirty seconds each. No names: if it sounds like you, it is you.
EV demand slowed and the solid-state bets slipped. You need the next cell on the line you already own.
Watch · 56 s Defense, drones, autonomyFrom 1 Jan 2028 no Chinese battery content in defense programs. The West needs a cell it builds at home.
Watch · 40 s Data centers and grid storageAt terawatt scale, cycles and fire decide the economics, and 80% of cells sit under export controls.
Watch · 45 s Roll-to-roll and film makersYour lines already run the format. A battery electrode is a new product for equipment you own.
Watch · 56 sNo slurry. No exotic equipment. A thin film, roll-to-roll, and cells stacked thirty or forty at a time in one continuous line.
Range, charge time, battery life and safety, in sixty seconds. Every figure carries how it was obtained.
“In solid state, the winner isn't whoever has the best cell. It's whoever can actually make it.” PolyPower licenses the electrode to partners who already own factories. A $10M pilot laboratory is the first use of funds; the $670M factory belongs to the partner.
Forty years in batteries. Best-selling author. Eight years of privately funded development behind the structured electrode.
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