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World Flywheel UPS MarketsPublished by: Frost & Sullivan Published: Aug. 31, 2005 Table of Contents1. Executive Summary 1. Market Overview 1. Research Objectives 2. Opportunities and Forecasts 1. Market Forecast 2. Conclusion 2. Flywheel UPS Market 1. Market Overview 1. Introduction 2. Market Engineering Measurements 3. Industry Challenges 4. Market Drivers a. Longer Life Cycle and Lower Maintenance Cost for Flywheel Energy Storage Solutions will Create Incentives to Switch Back up Power Systems b. Reduction of Space Constraints Encourages Demand for Battery Less Technology c. Increased IT Spending Prompts UPS Upgrades and Sales d. Inconsistent Power Supply Drives the Need for Power Quality e. Demand for Environmental Friendly Technology Promotes Interest for Battery-less Solutions 5. Market Restraints a. Robust Technology Delays Renewal for Flywheel Technology b. Lack of End-user Awareness c. Initial Cost of Deployment Delays Investments d. Shorter Back up Time Limits Scope in the Mass Market e. Stiff Competition from Conventional UPS Systems 2. Market Forecasts and Trends 1. Revenue Forecasts 2. Revenue Forecast by Geographical Region 3. Revenue Forecast by Power Range 4. Revenue Forecast by End User Markets 3. Competitive Analysis 1. Competitive Structure 2. Market Share Analysis 3. Key Market Participants 3. Frost & Sullivan Awards for the North American Flywheel UPS Market 1. Frost & Sullivan 2005 Awards 1. Market Leadership Award 2. Customer Development Leadership Award 3. Technology Innovation Award 4. Decision Support Database 1. DSD 1. GDP Industrial Contribution 2. Industrial Enterprises 3. Manufacturing Enterprises 4. Information Technology Spending 5. Number of Large Enterprises AbstractNetwork Reconfigurations and Upgrades Escalate Power Quality ConcernsAdoption of efficient networks and digital equipment is driving the demand for power quality equipment including flywheel uninterruptible power supply (UPS) systems. Flywheel UPS systems are considered an ideal backup power product for temporary power glitches, power conditioning as well as ride through application for gensets. With many businesses increasingly going online, the aging utility grid guarantees only 99.9 percent reliability, which translates to an unscheduled nine hours of downtime every year. Since operations are significantly inconvenienced by unpredictable downtime, flywheel UPS manufacturers have to capitalize on this situation to secure maximum uptime for critical operations and functions by providing a highly reliable backup power solution. "A revival of IT spending across various markets has led to reconfiguration of existing infrastructure to accommodate increasing load as well as elevated power quality concerns in various sectors," explains the analyst of the research. "As a result, flywheel UPS, with its longer life cycle and lower cost of maintenance, is likely to witness increased demand in the future." Flywheel UPS systems, with their small footprint and technically renewable clean energy, have immense potential in the power industry. However, competition from the static lead acid battery UPS segment, limited end-user awareness of its benefits, and cost constraints limits market scope. To achieve widespread implementation of flywheel UPS systems, manufacturers need to reconsider their production operations and product designs and comply with end-user spending patterns.
This service provides insights into the world flywheel UPS markets and takes a look into flywheel UPS revenue performance across all geographic regions and end-user markets. The study includes detailed discussion of market drivers and restraints, revenue forecasts, market share analysis, and competitive structure.
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