DocumentCode
3173390
Title
Intelligent monitoring system satisfies customer needs for continuous monitoring and assurance on VRLA batteries
Author
Deshpandé, Sanjay ; Shaffer, David ; Szymborski, Joseph ; Barling, Leigh ; Hawkins, John
Author_Institution
GNB Technol. Inc., Lombard, IL, USA
fYear
1999
fDate
36312
Abstract
Telecom standby power systems being installed or modernized today primarily use VRLA batteries. Many customers ask for diagnostic and monitoring tools, and some sophisticated users want battery monitoring and diagnostic systems that also predict (1) available support time during an ongoing discharge, and (2) remaining battery life prior to replacement. GNB has found only one monitoring system that is comprehensive in monitoring, analyzing and predicting battery data. The “intelligent monitoring system”, or IMS, is a low-cost universal battery and power monitoring system suitable for implementation across the network. IMS monitors and reports on actual events, which the power system owner wishes to know about, or other events that (from a battery technology point of view) may affect the condition of the installation. Such real-time expert-based systems, which utilize the knowledge of many parameters in data analysis, have the best prospect of satisfying the demands of the more sophisticated VRLA customers for diagnostic and predictive capability
Keywords
artificial intelligence; computerised monitoring; diagnostic expert systems; emergency power supply; lead acid batteries; power engineering computing; telecommunication power supplies; Pb; VRLA batteries; available support time prediction; battery diagnostic systems; battery monitoring; continuous monitoring; diagnostic capability; intelligent monitoring system; ongoing discharge; predictive capability; real-time expert-based systems; remaining battery life; telecom standby power systems; valve regulated Pb-acid batteries; valve regulated lead acid batteries; Australia; Battery charge measurement; Impedance measurement; Intelligent systems; Monitoring; Power system analysis computing; Power system reliability; Power systems; Telecommunications; Virtual reality;
fLanguage
English
Publisher
ieee
Conference_Titel
Telecommunication Energy Conference, 1999. INTELEC '99. The 21st International
Conference_Location
Copenhagen
Print_ISBN
0-7803-5624-1
Type
conf
DOI
10.1109/INTLEC.1999.794126
Filename
794126
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