VRLA Battery Monitoring: Intelligent Energy Management System with Real-Time Analysis - Bangkok, Thailand

The VRLA Battery Monitoring System is an intelligent solution for real-time battery monitoring and management, ideal for UPS systems, telecommunications, and solar energy systems.
The VRLA Battery Monitoring System is designed to monitor lead-acid batteries used in UPS systems, telecommunications infrastructure (such as BTS), and solar energy storage banks. This system allows real-time monitoring of battery status through a Webserver and Mobile App, enabling precise tracking of voltage, internal resistance, terminal temperature, and other critical data. It also includes alert and data logging functions, which help identify and resolve issues before equipment failure occurs.
Key features:
- Webserver and Mobile App support for real-time battery status monitoring.
- Monitors voltage, internal resistance, and terminal temperature of each battery.
- Ability to monitor State of Charge (SOC) and State of Health (SOH) of individual battery sets.
- Configurable alerts for SOC and SOH to prevent issues in advance.
- Real-time data logging and analysis, including curve analysis for event diagnostics.
- Export data in xls, PDF, JPG formats and support for printing.
- Monitors battery status and switch usage.
- Monitors temperature and humidity in the battery storage room.
- Supports RJ11 port connectivity with Modbus for integration with other control systems.
Detailed features:
- Webserver and Mobile App support for seamless monitoring.
- Functions for SOC and SOH analysis and historical data logging.
- Export data in various formats such as xls, PDF, JPG.
- Modbus connection through RJ11 port.
- Real-time monitoring of voltage, internal resistance, and temperature.
- Environmental monitoring, including temperature and humidity in the battery room.
- Configurable automatic alerts for battery status.
The VRLA Battery Monitoring System enables efficient battery monitoring and maintains system stability with real-time tracking and precise analysis.