A saltwater flow battery that stores grid-scale power and performs revenue-generating thermal and processing functions at the same time — with a self-healing cathode that gets stronger every cycle.
Lithium-ion dominates grid storage today, but it carries real drawbacks: fire risk, capacity fade over time, and a single function — store power, then release it.
Saltwater flow batteries have been understood for over a century. Salgenx's innovation is a self-healing, self-optimizing cathode material that makes the chemistry commercially viable at grid scale for the first time.
Non-flammable saltwater electrolyte — no thermal-runaway risk.
Self-healing electrode extends usable lifespan and builds conductivity while charging.
Stores electrical power and thermal energy — switchable to whichever pays more, on demand.
Tesla's Megapack business alone generated $1.6B in Q1 2024 revenue and is on pace to ship 10,000 units a year by 2025 — proof of the scale of demand for grid storage. But Megapacks are lithium-ion: single-function, flammable, and degrading. Salgenx is built for the segment of this market lithium-ion structurally cannot serve — long-duration, safer, multi-revenue storage.
Salgenx is opening its first manufacturing license, backed by a reservation pipeline representing significant pre-committed build value for the first licensee.
Request Licensing PackageUnder the Inflation Reduction Act, qualifying grid-scale battery builds sold in the USA can capture $105,000–$630,000 in tax credits per project — improving ROI on top of Salgenx's dual-revenue technology.
Request Investor DeckCovers the century-old chemistry, its validation through a $7M U.S. military investment, and testing by the Pacific Northwest National Laboratory.
No performance specs are published below — they'll go live as third-party validation confirms them, not before.