How to design high reliability UPS power modules
Mon 18 Feb 2019
Modular UPS systems are usually presented as a very reliable solution with high availability
In fact, the best modular UPS systems are designed to increase the global system’s reliability and availability with minimum downtime thanks to their hot-swappable parts and cost-effective redundancy, the complete independence of each module and no fault propagation if one of the modules fails.
However, modular UPS systems are made up of several power modules, and it has also been shown that a high number of modules increases the internal failure rate of the system and reduces its reliability. Consequently, to avoid this problem, the MTBF of the modules should be much higher than the typical MTBF of a standard UPS.
The aim of this guide is to describe the main design rules to be adopted to reach an enhanced MTBF of at least three times the best standard MTBF of the UPS system. It also explains how to provide a consistent proof of the MTBF, using both preventive estimations and empiric calculations based on real field data for confirmation.
Error: Contact form not found.
Tags:Data Centre power reliabilty socomec ups
Cloud Wed 23 Jan 2019A practical guide to outsourcing your service desk
Cloud Thu 13 Jul 2017Best practice for effective and efficient vendor manage...
Wed 2 Jan 2019Comprehensive Guide to a Successful IoT Implementation
IoT Thu 6 Apr 2017Enabling tomorrow’s connected infrastructure for IoT