Battery Monitoring

Preventing battery failure is essential for delivering maximum data center availability. Liebert products incorporate Alber technology to extend battery life, reduce maintenance cost and increase safety.

​The Albér Battery Xplorer has an intuitive user interface permitting easy review of battery condition and analysis along with probable cause and corrective actions of alarm conditions. The highly intuitive tool will aggregate all your battery data in one database from multiple product architectures to streamline user experience and learning curves. Essentially, only one software tool is needed to manage all your battery test programs.
Battery monitoring system that continuously monitors and diagnoses all critical battery parameters for large UPS systems. It can monitor up to 256 cells per string. It identifies potential problems by continuously monitoring parameters such as cell voltage, overall string voltage, current and temperature. Tracking and reporting allow proactive action in replacing a bad battery before it affects others in the string.
Battery monitoring system that mounts to the top of a UPS battery cabinet and monitors 12 and 16 volt sealed batteries. The easy-to-use system tracks internal resistance, predicting and reporting failing conditions prior to complete failure to allow proactive replacement.
Albér BDSi is designed specifically for factory integration into Liebert UPS battery cabinets. The system provides detailed battery information, allowing for cost savings by optimizing useful battery life. Instead of waiting for an inevitable failure or replacing batteries prematurely to prevent problems, you can continue to utilize your batteries longer and with confidence by knowing their true internal condition.
Cell resistance tester designed to strictly comply with IEEE standards for testing batteries online. It displays and records cell float voltage, internal cell resistance and intercell connection resistance. The well-proven Albér DC resistance test method completely eliminates distorting ripple from the charger, and produces very high repeatability in testing.
Diagnostic system designed for lower cell count applications such as telecom or stationary battery systems. Continuous data center monitoring potential problems using parameters such as cell voltage, overall string voltage, current and temperature. Automatic periodic tests of battery internal resistance verify the operating integrity of the battery.