Each battery is equipped with a G-TH-Ex single monitoring module which monitors the cell voltage internal resistance and temperature Based on the relevant standards of IECEx/ATEx this module is used in the environment of category IIC
G‐TH-Ex module is powered by the battery monitored Applied advanced power management and improved power supply circuit Adopt low-consumption design with the minimum consumption of 15mW without affecting the cells being monitored the effect on the battery is negligible
AI intelligent data analysis detects low effective battery monitors the safe operating environment outputs analysis report clear and easy to understand
Refer to the advantages of various algorithms such as Kalman filter multi-dimensional fuzzy network neural and open circuit voltage method Provide high-accuracy SOC estimation improving the SOC accuracy of traditional BMS from ±20% to ±5%
The G-TH-Ex Explosion-proof Battery Monitoring system optimizes the performance safety and longevity of lead-acid batteries Key functions include
| Working Environment | |
| Working environment | -20～+40℃ (0~2000m altitude) Relative |
| humidity | 5～95% |
| Atmospheric pressure | 80～110kPa |
| Measurement | |||
| Content | Range | Accuracy | Resolution |
| Cell voltage | 1.2V/2V/2.4V 4.8V/6V/12V Capacity<3000AH | ±0.1% | 0.001V |
| Cell internal resistance | 50~65535μΩ | ±2% | 1μΩ |
| Negative terminal temperature | -5~+99.9℃ | ±1°C | 0.1°C |
