Access this resource to uncover how you can make realistic advancements to improve the availability of IT operations in your small data room. 

This paper describes how the physical and power infrastructure of data centers and network rooms is typically oversized by more than 100%. Statistics related to oversizing are also presented, as well as the costs and fundamental reasons why oversizing occurs. An architecture and method for avoiding oversizing is described. 

Access this white paper that focuses on power consumption, data center power efficiency and cooling infrastructures to learn how you can achieve high levels of efficiency to cut electrical costs. 

Access this white paper to uncover a simple process to implement an effective energy management program that is accurate and demands few measurements. 

Access this resource that presents a quantitative TCO analysis of traditional data center power and cooling infrastructures versus scalable, containerized data center power and cooling modules. 

Check out this resource that describes energy savings performance contracts (ESPCs), and how they are smart alternative financing option for consolidation projects. 

Access this resource to uncover practical strategies that will help you manage the drastic temperature rise in your data center during a cooling outage. 

Read this key resource to discover 10 of the most common errors that organizations make that will prevent successful data center commissioning. 

Access this white paper to learn how outdated monitoring practices can leave your data center vulnerable to threats. This resource describes these physical threats, suggests approaches to deploying monitoring devices and provides best practices for leveraging the collected data to reduce downtime 

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. 

This paper describes and compares three common methods for specifying data center criticality. Guidance is given on how to choose a criticality by presenting typical levels for various applications and environments. Defensible approaches for specifying data center performance are also discussed. 

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. 

In this quantitative research paper, examine data from four different studies and real-world data to determine whether AC or DC power distribution can best maximize energy savings.