Common causes, implications and resolutions for problematic harmonic distortion in your electrical system.
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Several exciting new standby power solutions, all rapidly approaching mainstream commercial viability, appear poised to give the lead acid battery a run for its money. This white paper will explore the strengths, weaknesses and future prospects of four such technologies: Flywheels, ultracapacitors, fuel cells and lithium ion batteries.
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Learn the considerations for choosing standby, line-interactive, double-conversion designs and new high-efficiency, multi-mode capabilities - for your data center.
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Discover the strategies for ensuring clean, continuous power to your essential IT systems.
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The selection of the proper input voltage has a direct impact on power supply output capacity, power conversion efficiency, power supply thermal operation and power supply reliability, all of which affect the bottom line. This paper examines how using equipment that operates at high-line voltage maximizes energy efficiency and saves money.
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Learn how to avoid unplanned obsolescence in your data center's power distribution infrastructure.
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This white paper looks at two key ways that data center managers can improve endtoend energy efficiency: by changing the voltage of power distribution and by taking advantage of new, highefficiency, multimode uninterruptible power systems (UPSs).
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Data centers today are undergoing unprecedented change, as new technologies such as virtualization, cloud computing help lower operating costs, conserve floor space and simplify management. This white paper discusses the ways in which new technologies are impacting power demand patterns, explores the consequences of having too much power capacity and provides concrete advice on strategies for right-sizing your power systems.
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Supervisory, connectivity and protection options can add an umbrella of protection over your entire IT infrastructure.
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Studies show that most managers of large data centers are planning to upgrade their existing 480V AC power infrastructure over the next few years, to more efficient 400V AC or 600V AC equipment. This paper provides a quantitative analysis of 400V AC and 600V AC power distribution systems to determine which offers the lowest TCO.
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Learn the top five requirements that define "quality power" in the eyes of the power supplies in your IT systems.
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There are seven ways to extend the value of what you have and optimize the plan for what you need. Download this paper to learn more.
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