G-TH Battery Monitoring System is equipped with battery thermal runaway early warning, high-accuracy SOC/SOH monitoring, and comprehensive intelligent analysis of the battery. With the certification of UL, CE and REACH, this BMS for lead acid battery can effectively ensure the safe operation of backup batteries in high-end data center computer rooms, petroleum and petrochemical systems, and rail transit systems. Explore Gerchamp’s cutting-edge BMS for lead acid batteries. Contact us now for expert support and customized solutions to meet your specific battery management challenges.

G-TH Battery Monitoring System(images 1)

Thermal Runaway AI Analysis And Early Warning

G-TH Battery Monitoring System(images 2)

Advanced Low Power Consumption Design

G-TH Battery Monitoring System(images 3)

AI Data Analysis

G-TH Battery Monitoring System(images 4)

High-accuracy SOC/SOH

  • Predicts thermal runaway early via float current and temperature analysis.
  • Reduces G-TH module standby current to 3 mA, far below industry average.
  • Detects weak cells and exports clear, real-time intelligent analysis reports.
  • Achieves ±5% SOC accuracy with Kalman filter and fuzzy neural algorithms.
G-TH Battery Monitoring System(images 5)
G-TH Battery Monitoring System(images 6)
ItemNameParameter
EnvironmentOperating temperature-20~+60°C (0~2000mASL)
Relative humidity5~95%
Atmospheric pressure80~110kPa
ReliabilityAutomatic restart triggerBuilt-in WDT
MTBF100,000 hours
CertificationEMCEN 55032:2015+A11:2020 EN55035:2017+A11:2020 EN 61000-3-3:2013+A1:2019 EN IEC 61000-3-2:2019
SafetyEN61010-1:2010
CE, REACH and TTL certification
PerformanceUp to manage 6 strings, a total of 600 cells
Communications InterfacesRS485, LAN, dry contact
Support MODBUS/RTU, TCP and SNMP protocols
IndexStatus(🟢 Normal 🟡 Early Alarm 🔴 Alarm)
Thermal Runaway🟢🟡🔴
SOC🟢🟡🔴
SOH🟢🟡🔴
ItemNameParameter
Power Requirements & ConsumptionModelPowered ByCurrentConsumption
G-TH-1V2Battery7mA (≤13mA)<30mW
G-TH-027mA (≤13mA)<30mW
G-TH-063mA (≤7mA)<50mW
G-TH-123mA (≤7mA)<80mW
GTCCM module or external power 10.8~13.8VDC≤210mA<2W
GTRCM module or external power 10.8~13.8VDC≤210mA<2W
GCM-HN100–240VAC(rated) 90–264VAC(max)≤0.4A<15W
Measuring Range & AccuracyMeasuring ContentRangeAccuracyResolution
String Voltage20~800V±0.5%0.1V
Cell Voltage1.2V, 2V, 6V, 12V±0.1%0.001V
Cell Internal Resistance50~65535μΩ±2% (repetitive accuracy)1μΩ
Temperature-5~+99.9°C±1°C0.1°C
Charge/Discharge Current±1500A±1%0.1A
SOC/SOH±5%1%
提交表单
G-TH Battery Monitoring System(images 7)

G-TH Battery Monitoring System is equipped with battery thermal runaway early warning, high-accuracy SOC/SOH monitoring, and comprehensive intelligent analysis of the battery. With the certification of UL, CE and REACH, this BMS for lead acid battery can effectively ensure the safe operation of backup batteries in high-end data center computer rooms, petroleum and petrochemical systems, and rail transit systems. Explore Gerchamp’s cutting-edge BMS for lead acid batteries. Contact us now for expert support and customized solutions to meet your specific battery management challenges.

G-TH Battery Monitoring System(images 8)

Thermal Runaway AI Analysis And Early Warning

G-TH Battery Monitoring System(images 9)

High-accuracy SOC/SOH

G-TH Battery Monitoring System(images 10)

Advanced Low Power Consumption Design

G-TH Battery Monitoring System(images 11)

AI Data Analysis

  • Predicts thermal runaway early via float current and temperature analysis.
  • Achieves ±5% SOC accuracy with Kalman filter and fuzzy neural algorithms.
  • Reduces G-TH module standby current to 3 mA, far below industry average.
  • Detects weak cells and exports clear, real-time intelligent analysis reports.
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ItemNameParameter
EnvironmentOperating temperature-20~+60°C (0~2000mASL)
Relative humidity5~95%
Atmospheric pressure80~110kPa
ReliabilityAutomatic restart triggerBuilt-in WDT
MTBF100,000 hours
CertificationEMCEN 55032:2015+A11:2020 EN55035:2017+A11:2020 EN 61000-3-3:2013+A1:2019 EN IEC 61000-3-2:2019
SafetyEN61010-1:2010
CE, REACH and TTL certification
PerformanceUp to manage 6 strings, a total of 600 cells
Communications InterfacesRS485, LAN, dry contact
Support MODBUS/RTU, TCP and SNMP protocols
IndexStatus(🟢 Normal 🟡 Early Alarm 🔴 Alarm)
Thermal Runaway🟢🟡🔴
SOC🟢🟡🔴
SOH🟢🟡🔴
ItemNameParameter
Power Requirements & ConsumptionModelPowered ByCurrentConsumption
G-TH-1V2Battery7mA (≤13mA)<30mW
G-TH-027mA (≤13mA)<30mW
G-TH-063mA (≤7mA)<50mW
G-TH-123mA (≤7mA)<80mW
GTCCM module or external power 10.8~13.8VDC≤210mA<2W
GTRCM module or external power 10.8~13.8VDC≤210mA<2W
GCM-HN100–240VAC(rated) 90–264VAC(max)≤0.4A<15W
Measuring Range & AccuracyMeasuring ContentRangeAccuracyResolution
String Voltage20~800V±0.5%0.1V
Cell Voltage1.2V, 2V, 6V, 12V±0.1%0.001V
Cell Internal Resistance50~65535μΩ±2% (repetitive accuracy)1μΩ
Temperature-5~+99.9°C±1°C0.1°C
Charge/Discharge Current±1500A±1%0.1A
SOC/SOH±5%1%
提交表单