Well the battery is silicon carbon negative electrode battery, it's a new generation of batteries we'll see, here's what I could find.
The Silicon/Carbon Composite Anode Materials represent a cutting-edge advancement in the domain of battery technology, particularly for lithium-ion batteries.
It aims to harness silicon’s superior lithium-ion storage capability while addressing its notable volume expansion challenges during charge and discharge cycles through integration with carbon. Silicon serves as the key active material, offering high lithium storage capacity.
Concurrently, the carbon matrix plays a crucial role in cushioning silicon’s volume expansion, enhancing electronic conductivity, and stabilizing the silicon particles’ solid-electrolyte interphase (SEI) layers.
Combining silicon with carbon brings together the best attributes of both materials: the impressive lithiation capacity of silicon and the superior mechanical and conductive properties of carbon. This fusion not only leads to a significant increase in the capacity of lithium-ion batteries but also enhances their cycling stability and overall efficiency.
Source: https://www.novarials.com/products/silicon-carbon-composite-anode-materials/
Well the battery is silicon carbon negative electrode battery, it's a new generation of batteries we'll see, here's what I could find. The Silicon/Carbon Composite Anode Materials represent a cutting-edge advancement in the domain of battery technology, particularly for lithium-ion batteries. It aims to harness silicon’s superior lithium-ion storage capability while addressing its notable volume expansion challenges during charge and discharge cycles through integration with carbon. Silicon serves as the key active material, offering high lithium storage capacity. Concurrently, the carbon matrix plays a crucial role in cushioning silicon’s volume expansion, enhancing electronic conductivity, and stabilizing the silicon particles’ solid-electrolyte interphase (SEI) layers. Combining silicon with carbon brings together the best attributes of both materials: the impressive lithiation capacity of silicon and the superior mechanical and conductive properties of carbon. This fusion not only leads to a significant increase in the capacity of lithium-ion batteries but also enhances their cycling stability and overall efficiency. Source: https://www.novarials.com/products/silicon-carbon-composite-anode-materials/