WHITE PAPER:
This paper examines that a data centre design must meet specific requirements including; site selection, space, available power, air conditioning, load, environmental quality, and risk evaluation, but also the requirements of the electrical power supply system. It is also discusses how necessary it is to consider the cost of service downtime.
WHITE PAPER:
Access this resource to explore the limiting conditions of connecting transformers in parallel and loading considerations when turn ratios, impedances and kVA ratings are different.
EGUIDE:
This e-guide explains the reasons for implementing grounding methods and the problems that can occur if it is done incorrectly. Find out how to design your data center’s power system with key components in mind and how much power to implement in your data center.
WHITE PAPER:
This white paper, sponsored by EMC, is an update of IDC's inaugural forecast of the digital universe published in March 2007. In this year's update we discuss the implications for business, government, and society.
VIDEO:
Access this video to learn about the benefits of using an effective UPS to protect your servers and other network devices from surges, spikes, blackouts and more.
WHITE PAPER:
Many technology leaders understand the need for data center renovation and development – but going from understanding to implementation raises a lot of “how to” questions. As the leader in data center cost-effective and energy efficient approaches, IBM has the “go to” answers for “how to” questions. Read this white paper to learn more.
WEBCAST:
In this brief on-demand webcast, you will examine the difference between VA and watts, and what this difference means in terms of data center power management. Tune in now to discover why this distinction is critical in helping you correctly size your UPS.
PRODUCT LITERATURE:
Design engineers, product developers, software quality engineers and testers use the UPS MIB Test Suite to find and fix bugs in their UPS MIB product implementations.
WHITE PAPER:
Surprise incidences of downtime in server rooms and remote wiring closets lead to sleepless nights for many IT managers. This paper analyzes several of these incidents and makes recommendations for how a basic monitoring system can help reduce the occurrence of these unanticipated events.
