Abstract
Abstract This document describes the GCI #288‑ULTRA: Vortex‑Aqueous “Mechanic’s Battery”, a concept for a 12‑V plug‑in replacement of standard Group‑24 / Group‑35 lead‑acid batteries. The design targets greater safety, lower weight, longer life, and lower total‑cost‑of‑ownership compared with contemporary 600‑CCA lead‑acid units sold worldwide, while using hardware‑store‑level chemistry and mechanical‑vortex‑type flow instead of exotic organic‑solvent electrolytes or lab‑only graphene architectures. The core innovation combines Citric‑Salt‑Antifreeze electrolyte (sodium chloride + citric acid + ethylene glycol in water), 3D‑sponge‑style “Spider‑Web” electrodes (graphene‑ or carbon‑sponge‑type blocks), opposing‑spiral vortex‑flow channels in the base of each cell, and perforated conical separators that act as self‑cleaning “pepper‑pot” nozzles during vibration and charge cycles. By leveraging vortex‑induced turbulence and citric‑assisted ion mobility, this concept aims to achieve 600–700 cranking amperes, ~55–65% lighter weight (15–20 lbs vs. 42–45 lbs), 5–7‑year service life (≈2,000–3,000+ cycles), and $55–65 production‑scale cost versus typical $130+ lead‑acid units, while operating with non‑toxic, non‑acidic electrolyte and no explosive‑gas risk. All components are intended to be built into standard polypropylene Group‑24 / Group‑35 cases so that existing battery‑manufacturing lines can drop‑in the “guts” without retooling housings or terminals. This disclosure is not patent‑protected and is released under the CERN‑OHL‑P license to enable open‑hardware, real‑world prototype development, testing, and refinement by engineers, labs, and manufacturers
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
Caldwell, Michael Victor Mr., "GCI #288‑ULTRA: Vortex‑Aqueous “Mechanic’s Battery”", Technical Disclosure Commons, ()
https://www.tdcommons.org/dpubs_series/9762