Smart Safety Warning Box
The intelligent safety warning box is an innovative device based on artificial intelligence technology, designed for energy storage system safety. It can monitor the operating status of the energy storage system in real time, and automatically diagnose and predict faults based on historical data and features, ensuring the safety of the energy storage system and improving operation and maintenance efficiency.
Return to ListTechnical parameters
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- 名称 参数
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Features
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▋ Main Functions
Thermal Runaway Warning
Through real-time monitoring combined with a battery thermal runaway risk assessment model, the risk of battery thermal runaway can be accurately predicted, effectively preventing safety accidents caused by battery thermal runaway and safeguarding the safety of the energy storage system.
Consistency Deviation Warning
Use the battery consistency analysis algorithm to analyze the battery consistency deviation and make predictions based on the battery cell model and historical data to ensure the consistency of the performance of each battery in the battery pack, improve system reliability and extend equipment life.
Overcharge Warning
Real-time monitoring of battery charging status and combined with AI models will trigger an early warning when the charging voltage tends to exceed the safety threshold, effectively avoiding battery life degradation and safety accidents caused by overcharging.
Abnormal Attenuation Warning
Based on the abnormal battery capacity attenuation prediction model, the abnormal battery attenuation trend can be discovered early, extending the battery life and reducing operation and maintenance costs.
▋ Applicable Devices
EASYCUBE Starlink Series
215kWh Industrial and Commercial Energy Storage System
EASYCUBE Starlink Series
372kWh Industrial and Commercial Energy Storage System
SERLATTICE Xinghan Series
Containerized Energy Storage System▋ Thermal Runaway Prediction
Thermal Runaway Triggering Process
Early Warning
Warning 2 hours before battery fire
Gas
Sound
High Temperature
Fire Fighting
The algorithm was verified by using the battery cell module (Ningde) of the real energy storage project of Sermatec Energy to trigger thermal runaway
Currently applicable working conditions: overcharge, heating, overcharge + heating,
heat propagation, and new applicable working conditions will be added with subsequent iterations
Four views of the product
Technical Parameters
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