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We build a four-level safety framework, with precautions at its core,to reduce safety risks related to our products, thus developing “extremely safe” batteries.
1
Level I
Precautions
Control safety hazards through materials, batteries, BMS, Pack vehicle multi-active and passive design and multi-physics simulation analysis. BMS (B sample) is developed based on ISO26262, with the assistance of cloud computing, to ensure that the battery stays within a safe operating area. Information-based error-proof and error correction, traceability systems, and automated production, to achieve zero-defect production.
( Safety Design and Production )
Precautions
Control safety hazards through materials, batteries, BMS, Pack vehicle multi-active and passive design and multi-physics simulation analysis. BMS (B sample) is developed based on ISO26262, with the assistance of cloud computing, to ensure that the battery stays within a safe operating area. Information-based error-proof and error correction, traceability systems, and automated production, to achieve zero-defect production.
2
Level II
Early Warning and Interference
•high-precision sensors Parameter changes, intelligent identification and determination of potential safety failures

•Intelligent cloud analysis platform + front-end BMS to achieve early warning and interference.
( Cloud Platform )
Early Warning and Interference
•high-precision sensors Parameter changes, intelligent identification and determination of potential safety failures

•Intelligent cloud analysis platform + front-end BMS to achieve early warning and interference.
3
Level III
Before the risk
•Real-time monitoring and comprehensive judgment by multiple sensors help make accurate alarms before accidents.

•Set up 8-dimensional &7-level fault diagnosis and response strategy in BMS to prevent batteries from entering dangerous areas.
( Alarm and Active Protection )
Before the risk
•Real-time monitoring and comprehensive judgment by multiple sensors help make accurate alarms before accidents.

•Set up 8-dimensional &7-level fault diagnosis and response strategy in BMS to prevent batteries from entering dangerous areas.
4
Level IV
PassiveProtection
•Reduce accident losses by cutting off the main circuit and directional pressure relief to keep users safe and sound.

•Through thermal design and active fire suppression system, delay thermal propagation and proactively extinguish the fire after thermal runaway.
( Cell Insulation and Aerosol Fire Suppression )
PassiveProtection
•Reduce accident losses by cutting off the main circuit and directional pressure relief to keep users safe and sound.

•Through thermal design and active fire suppression system, delay thermal propagation and proactively extinguish the fire after thermal runaway.
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