Liebert White Papers

	A Flexible Approach to Protecting IT System Availability
	Application Considerations for Cooling Small Computer and Server Rooms
	Are "Mission Critical Applications" In Your Datacenter OutRunning Your System Protection?
	Are Your UPS System Batteries Really Ready to Load Test?
	Balancing Scalability and Reliability in the Critical Power system: When Does 'N + 1' Become 'Too Many + 1'?
	Best Practices in Protecting the Technology Systems Revolutionizing Healthcare
	Blade Servers and Beyond: Adaptive Cooling for the Next Generation of IT Systems
	Capacitors Age and Capacitors Have an End of Life
	Choosing System Architecture and Cooling Fluid for High Heat Density Cooling Solutions
	Choosing the Right UPS for Small and Midsize Data Centers: A Cost and Reliability Comparison
	Combining Cold Aisle Containment with Intelligent Control to Optimize Data Center Cooling Efficiency
	Comparing Transformerless to Transformer-based UPS Designs
	Data Center Assessment Helps Keep Critical Equipment Operational
	Data Center Space Optimization: Power and Cooling Strategies to Optimize Space in the Controlled Environment
	Data Center Users’ Group Special Report Inside the Data Center 2008 and Beyond
	Directed Circuits Meet Today’s Security Challenges in Enterprise Remote Monitoring
	Eliminating Transformer Saturation: The Liebert STS2 Optimized Transfer
	Energy Efficient Cooling Solutions for Data Centers
	Energy Logic: Calculating and Prioritizing Your Data Center IT Efficiency Actions
	Energy Logic: Reducing Data Center Energy Consumption by Creating Savings that Cascade Across Systems
	Enhancing Business Resiliency Through Adaptive Power and Cooling Support for IT Systems
	Evaluating the Economic Impact of UPS Technology
	Finding the Right Cooling and Power Solutions for VoIP
	Five Questions to Ask Before Selecting Power Protection for Critical Systems; A Guide for IT and Data Center Managers
	Five Strategies for Cutting Data Center Energy Costs Through Enhanced Cooling Efficiency
	Five Technologies Simplifying Infrastructure Management
	Focused Cooling Using Cold Aisle Containment
	High Availability Power Alteratives for Cisco Catalyst 4500 PoE Applications
	High-Availability Power Systems, Part I: UPS Internal Topology
	High-Availability Power Systems, Part II: Redundancy Options
	High-Availability Power Systems, Part III: AC Distribution Options

	IEEE Emerald Book Series --- Staged Approach for SPDs in Data Center Applications
	Implementing Proactive Battery Management Strategies to Protect Your Critical Power System
	IP Telephony and Reliability: Protecting Mission-Critical Phone Systems from Power Threats
	Lifecycle Costing for Data Centers: Determining the True Costs of Data Centers Cooling
	Longevity of Key Components in Uninterruptible Power Systems
	Maintainability: The Missing Piece of the Availability Puzzle
	Managing Critical Systems for Higher Availability and Reliability
	Managing Extreme Heat: Cooling Strategies for High-Density Systems
	Maximizing Drycooler Efficiency Through Proper System Design
	Power and Cooling Best Practices for IP Communications
	Power and Cooling Design Guidelines for Network Access Rooms
	Power Management Strategies for High-Density IT Facilities and Systems
	Power Protection for Small Network and Standalone Systems
	Powering Change in the Data Center
	Protecting Critical Systems During Utility Outages: The Role of UPS Topology
	Protecting the Retail Information Chain
	Regulatory Compliance and Critical System Protection: The Role of Mission-Critical Power and Cooling in Data Integrity and Availability
	Securely Deliver Remote Monitoring and Service to Critical Systems
	Seven Ways Precision Air Conditioning Outperforms Comfort Systems In Controlled Environments
	Smart Approaches to Energy-Efficient Free-Cooling for Data Centers
	Specifying Humidification Systems For Mission Critical Environments
	The 2004 Liebert Availability Report
	The Always-On Network: Strategies for Achieving High Availability of IT Systems
	The Effect of Regular, Skilled Preventive Maintenance on Critical Power System Reliability
	The Four Trends Driving the Future of Data Center Infrastructure Design and Management
	Using Four-Step Technology To Optimize Data Center Cooling Efficiency
	Using Virtualization and Digital Control Technologies to Increase Data Center Operating Efficiency
	Utilizing Economizers Effectively In The Data Center
	Working Toward a More Energy-Efficient Data Center