ZigBee Wireless Battery Monitoring

G-TH WL

The G-TH WL Wireless Battery Monitoring System uses next-generation ZigBee wireless communication technology, reducing on-site wiring by half and eliminating hidden safety risks caused by excessive cabling. CE certified, it is designed for communication base stations, substations, enterprise data rooms, and other critical applications.

Key Features

Technical ParameterValue / Details
ZigBee Wireless CommunicationExclusive ZigBee wireless technology ensures reliable, low-loss communication for 600 cells
Real-time Monitoring & AlarmsReal-time monitoring of voltage, resistance and terminal temperature with instant abnormality alarms
Advanced Low Power ConsumptionModule current below 11 mA, far below the industry average
High-Accuracy SOC/SOHOnline parameter identification with Kalman and fuzzy neural algorithms delivers ±5% SOC accuracy
Technical Parameters

Product Specifications

Complete technical data for the G-TH WL Wireless Battery Monitoring System modules and measurement capabilities.

ParameterResult
OPERATING ENVIRONMENT-
Operating Temperature-20 ~ +60°C (0 ~ 2000m ASL)
Relative Humidity5 ~ 95%
Atmospheric Pressure80 ~ 110 kPa
SYSTEM PERFORMANCE-
Automatic Restart TriggerBuilt-in WDT
MTBF100,000 hours
Management CapacityUp to 6 strings, 600 cells in total
Uplink CommunicationRS485, LAN, dry contact · MODBUS/RTU, TCP, SNMP
Downlink CommunicationRadio frequency · ZigBee protocols
CERTIFICATIONS-
EMCEN 55032:2015+A11:2020, EN 55035:2017+A11:2020, EN 61000-3-3:2013+A1:2019, EN IEC 61000-3-2:2019
REDEN 301489-1 V2.2.3, EN 301489-17 V3.2.4
SafetyEN 61010-1:2010
CertificationCE, TTL
MODULE POWER CONSUMPTION-
G-TH-02WLBattery-powered · ≤20 mA · <50 mW
G-TH-12WLBattery-powered · ≤11 mA · <200 mW
GTCExternal 10.8–13.8 VDC · ≤210 mA · <2 W
GCTB-485WLExternal 10.8–13.8 VDC · ≤20 mA · <0.3 W
GCM-02NX100–240 VAC · ≤0.4 A · <15 W
MEASUREMENT ACCURACY-
String Voltage2 V / 12 V · ±0.5% · 0.1 V resolution
Cell Voltage2 V / 12 V · ±0.1% · 0.001 V resolution
Cell Internal Resistance50–65,535 μΩ · ±2% · 1 μΩ resolution
Temperature-5 ~ +99.9°C · ±1°C · 0.1°C resolution
Charge/Discharge Current±1,500 A · ±1% · 0.1 A resolution
SOC/SOH±5% accuracy · 1% resolution
Scroll to view all parameters
Architecture

System Architecture

G-TH WL wireless monitoring topology — wireless sensors communicate through the GCM-HN control module to local BMS and centralised monitoring platforms.

G-TH WL Wireless BMS Topology

Get in Touch

Have a question or want to learn more? Send us a message.