Article
Silicon Oxide Anodes: A Practical Path to Higher Capacity
Graphene-protected silicon oxide materials designed to balance higher capacity, cycle performance, manufacturability, and cost.
Silicon oxide can provide greater capacity than conventional graphite while offering a different performance and manufacturing profile than high-silicon anodes. Solidion’s GCA-SiO platform combines silicon oxide with graphene-based protection to create engineered anode materials for electric vehicles, energy storage, and other lithium-ion applications.
Engineered for Flexible Cell Design
By adjusting silicon oxide content and composite structure, anode materials can be tailored to different performance targets. Solidion’s approach is designed to balance energy density, first-cycle efficiency, cycling performance, storage stability, manufacturability, and cost.
Key Technology Attributes
- Silicon oxide-based high-capacity anode platform
- Graphene-protected composite structures
- Adjustable composition for different energy-density targets
- Designed for integration with graphite
- Compatible with commonly used binder systems
- Developed for scalable battery applications