[Farasis Energy's solid-state battery] adopts a dual-path parallel planning approach, combining an oxide/polymer composite system with a sulphide system. The oxide/polymer composite system solid-state battery is highly compatible with existing technological routes, and gradually reduces electrolyte content through coating technology, progressing in an orderly manner from semi-solid, quasi-solid to fully solid-state as planned. The sulphide-route solid-state battery directly focuses on the R&D of a fully solid-state electrolyte with zero electrolyte content, and is expected to deliver small batches of 60Ah battery cells to strategic partners by the end of 2025.