[Technical Principles] What are LYP batteries? What is the fundamental difference between them and traditional LFP batteries?

LYP batteries represent a highly safe lithium battery technology developed through material engineering and manufacturing system reconstruction based on the lithium iron phosphate (LFP) framework. Rather than being a mere incremental improvement of LFP, it constitutes an independent technological pathway established with the goals of safety, stability, and long-term reliability.

One of the most significant differences from traditional LFP lies in the binder and manufacturing system. Conventional lithium batteries universally use PVDF as the binder material, which poses stability and safety margin issues under high-temperature or abnormal conditions. The LYP system utilizes water-based binders, which not only enhances the environmental friendliness of the manufacturing process but also significantly improves the structural stability of the battery under extreme operating conditions.

In terms of electrochemical behavior, LYP emphasizes voltage stability and long-term consistency over single-cycle performance metrics. While many traditional LFP batteries experience significant voltage drops under high-rate discharge or low-temperature conditions, the LYP system mitigates the impact of internal resistance variations on system performance through optimized material and structural design.

Therefore, LYP batteries are not designed to pursue higher energy density; rather, they are engineered for applications with rigid requirements for safety, lifespan, and stability. This design philosophy enables them to demonstrate distinct engineering value compared to traditional LFP batteries in industrial, transportation, and extreme environment scenarios.