Donut Lab Conducts a Public Test for Its Solid State Battery
Donut Lab — a technology company specializing in battery innovation — has conducted a public test demonstrating the efficacy of its solid-state battery technology. Within this test, the innovation was configured as a complete pack for the Verge TS Pro electric motorcycle,
Donut Lab's solid-state battery technology enabled charging for the electric motorcycle to jump from 10% to 70% in just over nine minutes and from 10% to 80% in 12 minutes. The test used an air-cooled battery pack with a nominal capacity of 18 kilowatt hours installed in an earlier-generation motorcycle equipped with a new model-year pack. The results of this demonstration show that this pack charges three times faster than Verge's previous battery, even before full optimization has been applied.
Image Credit: Donut Lab
Donut Lab's solid-state battery technology enabled charging for the electric motorcycle to jump from 10% to 70% in just over nine minutes and from 10% to 80% in 12 minutes. The test used an air-cooled battery pack with a nominal capacity of 18 kilowatt hours installed in an earlier-generation motorcycle equipped with a new model-year pack. The results of this demonstration show that this pack charges three times faster than Verge's previous battery, even before full optimization has been applied.
Image Credit: Donut Lab
Trend Themes
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Rapid Solid-state Charging — Substantially reduced charge times from solid-state chemistry that may shift vehicle utilization patterns and refueling expectations.
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Air-cooled High-performance Packs — Thermally simplified air-cooled pack designs that lower system complexity and open paths to lighter, more compact powertrains.
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Retrofit-compatible Battery Packs — Form-factor and pack-level compatibility with legacy vehicles that can accelerate electrification of existing fleets and niche platforms.
Industry Implications
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Electric Motorcycle Manufacturing — Extremely faster charging and compact solid-state packs that could redefine product differentiation and ownership models in two-wheeler markets.
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Automotive Original Equipment Manufacturers — Pack-level performance improvements that introduce new design trade-offs around vehicle packaging, range provisioning, and fast-charge infrastructure reliance.
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Energy Storage and Charging Infrastructure — High-power, fast-charge demand profiles that alter grid load dynamics and create opportunities for localized energy buffering and smart charging solutions.
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