Breakthrough in Intelligent Management
Estimating the State of Charge (SOC) and State of Health (SOH) of flow batteries has always been challenging. Traditional voltage-current integration
methods suffer from cumulative errors, while capacitive non-contact level sensors, through external wall monitoring, provide a completely new data dimension for BMS.
Unique Value of Non-Contact Data
* Non-destructive Monitoring: Sensors acquire level data from outside the tank, completely avoiding the contamination risks associated with internal installation.
* Volume Correction: Accurate level-volume conversion provides a reliable capacity benchmark for SOC estimation.
* Trend Analysis: Long-term monitoring of level change trends provides crucial information for SOH assessment.
Key Technology Implementation
* High-Precision Measurement: Utilizing sensors with an accuracy of ±1mm ensures data reliability.
* Temperature Compensation: Built-in temperature compensation algorithm eliminates the influence of ambient temperature.
* Intelligent Filtering: Employing digital filtering technology to eliminate spurious signal interference.
System Integration Advantages
* Seamless Integration with Existing BMS Systems
* Supports Multiple Communication Protocols such as 4-20mA and IO-Link
* Provides Complete Software Development Interface
Conclusion
Non-contact level monitoring provides a new technological path for flow battery management, significantly improving the system's intelligence level through multi-data fusion analysis.
