Utilities turn to battery monitoring systems to mitigate maintenance costs and improve reliability. 24-7 battery monitoring systems enable utilities to remotely monitor their critical stationary power systems.
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Utilities are turning to battery monitoring systems to help mitigate maintenance costs, achieve NERC compliance, and improve the reliability of their critical back-up power systems. With remote access to back-up battery system state-of-health information, utilities can proactively maintain the stationary power systems providing standby power for their critical utility infrastructure without...
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Make sure your battery tester is ready for a full day of testing. From setup, to establishing battery reference values, and dealing with voltage creep, the CELLTRON™ Advantage Digital Battery Tester makes testing fast, safe, and easy – every step of the way. Check out the top 10 battery testing tips in this new video.
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For technicians tasked with conducting manual compliance testing on DC power plant batteries, having the right tool for the job is key. Testing has to be fast, reliable, and most importantly safe. Outfitted with the latest in handheld battery testing technology, maintenance teams are executing more efficient testing programs and delivering both time and money savings.
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Battery conductance is a rapid and repeatable electrical measurement that determines the ability of a battery to transmit current readily through its internal electro-chemical structure. It provides a direct relationship to battery power parameters.
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When many of us in the battery industry think about uninterruptible power supply (UPS) systems, or really backup power in general, our minds tend to go straight to the data center. It’s true that UPS systems are a vital piece of the data center puzzle; and data centers are popping up all over the world on a continual basis.
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Your Uninterruptible Power Supply (UPS) system is the heart of your backup power. Battery failures account for more than half of all UPS failures. This is why regular maintenance of these batteries is critical to ensure backup power is ready when needed.
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Regular preventative maintenance, such as capturing battery temperatures, can spot problematic batteries before they fail. Monitoring this factor along with monitoring charger functionality can reduce the potential for thermal runaway or a catastrophic system failure.
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Failure modes for stationary power Vented Lead Acid (VLA) batteries and the cause of failure in Valve Regulated Lead Acid batteries (VRLA) have been increasingly understood as the industry has continually utilized them in Telecommunications, UPS, and Utility applications at a growing rate.
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The most critical aspect of evaluating true health of a battery are the measurements of the internal cell conductivity of each individual battery. Correctly and accurately capturing these measurements for gathering of historical battery information to predict the health and service life of a battery must be of topmost importance.
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