In the financial world, data centre downtime is simply not an option. In fact, the phrase "mission critical" may not be emphatic enough to describe how essential uptime is in this environment.
Considering how high the stakes are, financial concerns should be aware of and prevent the highest risk of failure in their backup power systems. Batteries are the weakest link! The risk of battery failure can be detected and the risk eliminated by daily battery monitoring.
Industry studies show the most common cause of data centre outages is a UPS battery failure, and the studies further show batteries are the highest risk of UPS failure. Batteries fail for many reasons; some in as little as two days. Even a new battery is a risk; 5% of new stationary batteries have been reported to fail in their warranty period. And it only takes one bad battery.
You can eliminate your most significant risk of outage, while reducing the cost with CELLWATCH battery monitoring.
Receive immediate alarm notification and view measurement data for more than 100,000 monoblocs. Cellwatch can measure:
Cellwatch addresses all critical batteries in the power network. It can be installed on new or old batteries, and the modular design allows the system to fit applications of any size and configuration, including monitoring many separate battery systems simultaneously - UPS, switchgear, generator, communications equipment.
Modular design allows for easy and cost-effective expansion or changes to your battery configuration. One system monitors all the monoblocs on site: 1.2V-16V; VLA, VRLA and NiCads.
Cellwatch is the only event-driven, battery monitor with a centralised, web-based management system. It gives you the power to consolidate your entire networked deployment -- building, campus or multi-campus -- into one command portal. You can quickly analyze battery performance across hundreds and thousands of monoblocs, or more, from a single screen.
Cellwatch fully integrates into third party Building Management Systems and DCIMs.
Cellwatch detects thermal runaway conditions early and provides a warning period for customer action prior to isolating a string from the charger, as required by IFC and NFPA, to prevent thermal runaway from occurring.
NDSL has consistently been a pioneer in our industry. Below are just a few of our "firsts":
Cellwatch
NDSL Limited,
Gloucester House,
399 Silbury Boulevard,
Milton Keynes MK9 2AH
Buckinghamshire,
United Kingdom
Contact: Esworth Hercules
+44 (0) 1908 303 735
ehercules@cellwatch.com
www.cellwatch.com