All Research Sponsored By:Schneider Electric
-
Case Study: IBM Teams with Schneider Electric for Large-Scale Data Center Construction
Explore this concise white paper to uncover who industry leader IBM chose as their partner to undertake this challenge and how they met each goal on schedule along the way. Read on to learn which organization could keep pace with IBM to deliver the power, cooling, and single window monitoring solutions they needed.
-
Practical Considerations for Implementing Prefabricated Data Centers
Delve into the key considerations for planning, preparing a site, handling, placing, and securing data center modules. Read on to arm yourself with knowledge from the experts to overcome the obstacles and challenges of prefabricated modular data center deployment.
-
Dodge Potential Pitfalls Surrounding DCIM Solutions
This white paper examines ways to avoid the common pitfalls of DCIM software implementation. In addition it delivers practical guidance to ensure the success of your DCIM strategy. Read on to learn how you can leverage a scalable, modular, standardized architecture, create and support processes, and more.
-
Calculating Total Cooling Requirements for Data Centers
For many businesses maintaining optimal network performance and energy efficiency is a difficult task. This guide explores various ways to minimize your network downtime and optimize your energy efficiency.
-
A Guide to the Differing Types of Prefabricated Modular Data Centers
Access this feature white paper to compare and define the key attributes of prefabricated modular data centers, and provide a framework for choosing the best approaches based on your business requirements.
-
Reliability Analysis of the APC InfraStruXure Power System
This white paper presents a case study comparing a new power system with traditional central UPS architecture.
-
Implementing Energy Efficient Data Centers
This white paper details how to reduce the electricity costs associated with your data center.
-
Impact of High Density Hot Aisles on IT Personnel Work Conditions
This white paper discusses the issue of increasing discomfort for computer room workers in high power density data centers.
-
Improved Chilled Water Piping Distribution Methodology for Data Centers
This white paper details the issues involved with chilled water piping and offers flexible piping as a reliable solution.
-
Energy Impact of Increased Server Inlet Temperature
This white paper tests a commonly held idea about the optimal temperature of data center for a variety of infrastructure.
-
Data Center Projects: Growth Model
This critical white paper shows how you can formulate an effective growth model and capacity plan for your data center or network room.
-
A Quantitative Comparison of High Efficiency AC vs. DC Power Distribution for Data Centers
This resource presents detailed quantitative efficiency comparison between DC and AC power distribution methods, including an analysis of the effects of power distribution efficiency on the cooling power requirement and on total electrical consumption.
-
Containerized Power and Cooling Modules for Data Centers
Access this resource to uncover the key benefits of standardized, pre-assembled and integrated power and cooling modules over traditional data center power and cooling infrastructures.
-
Energy Savings Performance Contracts for Federal Data Center Consolidation
Check out this resource that describes energy savings performance contracts (ESPCs), and how they are smart alternative financing option for consolidation projects.
-
Allocating Data Center Energy Costs and Carbon to IT Users
Access this white paper to uncover a simple process to implement an effective energy management program that is accurate and demands few measurements.
-
Expert Strategies to Improve Data Center Efficiency
Access this expert e-guide that examines the most cost-effective data center technologies that will improve energy efficiency to reduce IT infrastructure costs or adhere to environmental regulations.
-
Ten Cooling Solutions to Support High-density Server Deployment
Access this white paper to discover ten cooling solutions to support high-density server deployment. These strategic approaches can help you increase cooling efficiency, cooling capacity and power density.
-
Standardization and Modularity in Data Center Physical Infrastructure
This white paper outlines how standardization can have significant positive effects on all three major components of DCPI business value – availability, agility and total cost of ownership. Learn how your organization can adopt modular standardization to cut costs and prevent downtime
-
Loading Considerations when Paralleling Transformers
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.
-
E-Guide: Power and Cooling Best Practices for Large Data Centers
This expert e-guide from editors explores key power and cooling tips to optimize data center energy efficiency. In addition, discover best practices for backup power maintenance to ensure uninterrupted data center power.
-
Presentation Transcript: Methodologies and Technologies to Reduce Power and Cooling Demands in the Data Center
Access this exclusive resource to discover how server consolidation can lower data center energy bills by consolidating multiple servers on to fewer physical platforms.
-
Special Report: Data Center Energy Efficiency Guide
This expert e-guide provides guidelines for reducing high energy costs and states the importance of investing in power and cooling technology.
-
E-Guide: Key Grounding and Voltage Considerations In the Data Center
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.
-
Electrical Efficiency Modeling for Data Centers
Typical data centers draw more than twice as much power as IT loads require. The cost associated with this power consumption is considerable and often avoidable. Get tips on reducing electrical waste and learn about better ways to measure efficiency.