The new round of algorithm optimization covers overcharge, over-discharge, overcurrent, temperature monitoring, and balancing control strategies, helping battery systems maintain more stable operating conditions under complex working scenarios. Compared with the previous version, the new BMS logic has been further improved in anomaly recognition speed, state determination accuracy, and tiered warning strategies.
Wanli's self-developed BMS supports finer-grained cell voltage sampling, temperature rise detection, and balancing control, and can differentially configure protection thresholds, response times, and recovery logic according to different application scenarios. This configurability enables the system to obtain protection strategies that are better aligned with actual operating conditions in scenarios such as energy storage, industrial power, and mobile devices.
Under continuous operation and high-frequency charge-discharge scenarios, battery systems often face issues such as temperature fluctuations, load changes, and instantaneous current impacts. Through continuous optimization of current limiting, temperature compensation, balance triggering, and anomaly reporting mechanisms, Wanli aims to improve safety margins while reducing the decline in user experience caused by overly conservative protection logic.
At present, this capability has been gradually applied to energy storage systems, AGV power batteries, and battery solutions for sanitation equipment. The company will continue to iterate the BMS platform around areas such as remote diagnostics, operation log analysis, and maintenance early warning, helping customers obtain more stable and more transparent battery management capabilities throughout the full lifecycle of their equipment.
Focusing on home energy storage scenarios, the company has further optimized battery module structure, system integration methods, and BMS configuration logic to provide customers with a more efficient delivery, installation, and post-maintenance experience.
Lithium iron phosphate batteries are ushering in new opportunities for multi-scenario applications, with safety and intelligence becoming key words in the industry's development. In recent years, as the new energy industry has developed rapidly and the pace of electrification and intelligent upgrading of terminal devices has continued to accelerate, the lithium battery industry has maintained sustained growth. Among them, relying on high safety, long cycle life, good thermal stability, and relatively high overall cost performance, lithium iron phosphate batteries are accelerating their penetration into energy storage, industrial vehicles, special equipment, and low-speed electric vehicles, among others.
The power battery solution for AGVs, forklifts, and industrial handling equipment has completed multiple rounds of validation, has now entered a stable mass supply phase, and is beginning to serve more automated warehousing and production line scenarios.
Leveraging its OEM and ODM capabilities, the company provides overseas customers with more flexible energy storage and power battery solutions, while continuously optimizing application adaptation, delivery coordination, and localized service efficiency.