Chemforge
Manufacturability Intelligence · pre-release v0.3
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Manufacturability diagnostics for advanced cell chemistries
v0.3 · internal research prototype (non-warranty)
Simulation workspace
Choose a chemistry, adjust key parameters, and estimate manufacturability risk.
Chemistry preset
Na-ion (hard carbon)
Workhorse sodium-ion, grid / LFP-adjacent window.
Na-ion (Prussian blue)
High-cycle grid storage; long life, moderate energy.
Na-ion (fast-charge)
Faster charge Na-ion window with moderate life.
Na–S (250–350°C molten)
High-temp molten Na–S for long-duration grid.
Na–metal–halide (ZEBRA)
ZEBRA-style Na–metal–halide at elevated temperature.
Li–S (room temperature)
High-energy lithium–sulfur with shuttle risk.
Solid-state Li
Sulfide / oxide solid-state with interface issues.
Li-rich Mn layered oxide
High-voltage Li-rich Mn cathodes with voltage fade risk.
Zn–air (rechargeable)
Rechargeable zinc–air, air cathode durability limited.
Iron–air
Iron–air for multi-day long-duration storage.
Redox-flow (vanadium)
Tank-based redox-flow chemistries, power/energy decoupled.
Cathode
Anode
Electrolyte
Coating thickness (µm)
Humidity tolerance (%)
Energy density target (Wh/kg)
Cycle life target (cycles)
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Run a simulation to see manufacturability risk and degradation.
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