In terms of the core requirements of energy storage projects - safety and reliability, energy density, life attenuation, and system efficiency, the "cost per kilowatt-hour" of 587Ah cells has been further optimized, and the return on investment over the entire life cycle has increased by 5% compared to the previous generation of products.

In terms of performance, the 587Ah cell has an energy density of 434Wh/L through the upgrade of the lithium iron phosphate material system, which is 10% higher than the previous generation, and the system energy density is increased by 25%; in addition, through breakthroughs in mechanical structure, chemical system, and pole piece design, the initial value of energy efficiency (RTE) in the charge and discharge cycle can reach 96.5%, while achieving slow attenuation of RTE over the entire life cycle.