Gelonghui, November 8th | Tongli Risheng (605286.SH) stated on the interactive platform that its subsidiary Tianqi Hongyuan fully independently masters 3S (BMS, PCS, EMS) technology, and based on this has developed the industry's unique Tianqi AI asia vets module, forming an intelligent series-connected energy storage solution with "3S technology + AI asia vets module + balancing technology". By equipping each energy storage container with independent PACK-level AI control modules internally, dynamically detecting and quickly locating abnormal batteries and disconnecting them, reducing capacity losses to the minimum unit, and improving the efficiency of station use. With the support of the AI asia vets module and balancing technology, it achieves precise stage-wise recharging and maintains higher efficiency after mixing new and old batteries, significantly reducing the capacity decay rate of storage station usage in the later period. By using the Tianqi Hongyuan intelligent series-connected solution, it can increase the overall cycle life of the energy storage station to over 80% of the cell's nominal cycle life, while reducing the number of cell replacements and station maintenance costs in the later stage of use, expected to reduce energy storage station electricity costs by 6-10%. In terms of temperature control and safety technology for energy storage systems, the subsidiary Tianqi Hongyuan's third-generation immersion liquid cooling technology has been successfully applied to a shared energy storage project under construction on the grid side. This technology completely immerses the energy storage cell in an inert liquid inside the PACK cavity, effectively controlling the temperature difference of the energy storage cell operating conditions to within 1.5 degrees Celsius, and significantly reducing the risk of energy storage cell thermal runaway and explosion. In the future, energy storage stations will have higher requirements for the refined management and safe operation of energy cells, and Tianqi Hongyuan has a first-mover advantage in energy storage system integration technology.