Abstract
Abstract
Mechanic’s Battery v2.1 is an upgraded, engineer‑buildable salt‑water flow battery that uses vortex‑enhanced fluid dynamics, biomimetic flow fields, and 3D‑printed modular cells to minimize pump energy and fabrication cost. v2.0 solved high pump load and machining cost with biomimetic channels, 3D‑printed flow cells, and asymmetric flow control. v2.1 adds:
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Zero‑Pump Tesla Valve Flow (ZPTV): geometry‑only directional flow for micro‑scale prototypes.
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Magneto‑Hydrodynamic Swirl Assist (MHD‑Assist): magnets around the chamber to add Lorentz‑force swirl.
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Dual‑Phase Electrolyte Gradient (DPEG): mixed electrolytes for higher effective voltage.
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Sharkskin Anti‑Sediment Floor (SAF): superhydrophobic floor pattern to prevent dead zones.
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Embedded Arachne Micro‑Sensors: real‑time flow, temperature, and health monitoring.
Projected performance if validated:
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Cost: ~75–85% cheaper than sodium‑ion; ~80–85% cheaper than Li‑ion.
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Lifetime: 2–3× longer; 10,000–20,000+ cycles.
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Net efficiency: >60% after pump load; higher with ZPTV.
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Energy density: ~200+ Wh/kg class for stationary flow systems.
This is an open, buildable research platform, not a finished commercial product.
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
Caldwell, Michael Victor Mr., "GCI #288‑ULTRA – MECHANIC’S BATTERY v2.1 A 3D‑Printed, Biomimetic, Vortex‑Assisted, Zero/Low‑Pump Salt‑Water Flow Battery for Grid‑Scale Storage “Biomimetic flow fields (fishbone or spiral patterns) reduce pressure drop by ~50–55%, so the pump uses less energy for the same flow.”", Technical Disclosure Commons, ()
https://www.tdcommons.org/dpubs_series/10909