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Published by: Frost & Sullivan
Published: Jun. 4, 2007 - 192 Pages
Table of Contents
- 1. Executive Summary
- 1. Market Overview
- 1. Introduction
- 2. Competitive Analysis
- 3. Technologies
- 2. Major Research Findings
- 1. Opportunities and Forecasts
- 2. Market Segment Analysis
- 3. Strategic Conclusions
- 2. Total Voltage Regulator Market
- 1. Overview of the Total Voltage Regulator Market
- 1. Total Voltage Regulator Market Overview and Definitions
- 2. Total Market Engineering Analysis
- 3. Market Drivers
- a. Boom in Economy in Asia Pacific
- b. Inefficient Power Quality in Developing Nations
- c. Awareness about Electronic Topology’s High-speed Response
- d. Robust and Proven Technology
- 4. Market Restraints
- a. Lack of Advertisements
- b. Educating End Users about the Electronic Topologies Competitiveness
- c. Better Power Infrastructure in the United States and Europe
- d. Long Working Life of the Products (Mean Time between Failures is 20 Years)
- e. Competition from UPS
- 2. Revenue Forecasts and Trends for the Total Voltage Regulator Market
- 1. Revenue Forecasts
- 2. Demand Analysis
- 3. Market Trends
- 4. Pricing Trends
- 5. Distribution Channel Analysis
- 6. Construction Type Analysis
- 3. Total Voltage Regulator Market - Geographic Region Analysis
- 1. North America Region Analysis
- 2. Europe Region Analysis
- 3. Asia Pacific Region Analysis
- 4. Rest-of-World Region Analysis
- 4. Total Voltage Regulator Market- Application Analysis
- 1. Industrial Application
- 2. Commercial Application
- 3. Institutional Application
- 4. Other Applications
- 5. Total Voltage Regulator Market - Competitive Analysis
- 1. Market Product Analysis
- 2. Competitive Structure
- 3. Market Share Analysis
- 6. Challenges and Strategic Recommendations for the Total Voltage Regulator Market
- 1. Industry Challenges for the Total Voltage Regulator Market
- 2. Market Strategies
- 3. Buck Boost Voltage Regulator Market
- 1. Overview of the Buck Boost Voltage Regulator Market
- 1. Market Overview and Definitions
- 2. Market Engineering Analysis
- 3. Market Drivers
- 4. Market Restraints
- 2. Revenue Forecasts and Trends for the Buck Boost Voltage Regulator Market
- 1. Market Revenue Forecasts
- 2. Demand Analysis
- 3. Market Trends
- 4. Technology Trends
- 5. Pricing Trends
- 3. Buck Boost Voltage Regulator Construction Type Market Analysis
- 1. Single-phase Buck Boost Voltage Regulator Market
- 2. Three-phase Buck Boost Voltage Regulator Market
- 4. Buck Boost Voltage Regulator Market - Geographic Region Analysis
- 1. North America Region Analysis
- 2. Europe Region Analysis
- 3. Asia Pacific Region Analysis
- 4. Rest-of-World Region Analysis
- 5. Buck Boost Voltage Regulator - Application Analysis
- 1. Industrial Application Analysis
- 2. Commercial Applications Analysis
- 3. Institutional Application Analysis
- 4. Other Application Analysis
- 6. Buck Boost Voltage Regulator Market - Competitive Analysis
- 1. Competitive Structure
- 2. Market Share Analysis
- 4. Tap Switching Voltage Regulator Market
- 1. Overview of the Tap Switching Voltage Regulator Market
- 1. Market Overview and Definitions
- 2. Market Engineering Analysis
- 3. Market Drivers
- 4. Market Restraints
- 2. Revenue Forecasts and Trends for the Tap Switch Voltage Regulator Market
- 1. Revenue Forecasts
- 2. Demand Analysis
- 3. Market Trends
- 4. Technology Trends
- 5. Pricing Trends
- 3. Tap Switching Voltage Regulator Construction Type Market Analysis
- 1. Single-phase Tap Switching Voltage Regulator Market
- 2. Three-phase Tap Switching Voltage Regulator Market
- 4. Tap Switching Voltage Regulator Market - Geographic Region Analysis
- 1. North America Region Analysis
- 2. Europe Region Analysis
- 3. Asia Pacific Region Analysis
- 4. Rest-of-World Region Analysis
- 5. Tap Switching Voltage Regulator- Application Analysis
- 1. Industrial Application Analysis
- 2. Commercial Application Analysis
- 3. Institutional Application Analysis
- 4. Other Applications Analysis
- 6. Tap Switching Voltage Regulator Market - Competitive Analysis
- 1. Competitive Structure
- 2. Market Share Analysis
- 5. Ferro Resonant Voltage Regulator Market
- 1. Overview of the Ferro Resonant Voltage Regulator Market
- 1. Market Overview and Definitions
- 2. Market Engineering Analysis
- 3. Market Drivers
- 4. Market Restraints
- 2. Revenue Forecasts and Trends for the Ferro Resonant Voltage Regulator Market
- 1. Revenue Forecasts
- 2. Demand Analysis
- 3. Market Trends
- 4. Technology Trends
- 5. Pricing Trends
- 3. Ferro Resonant Voltage Regulator Construction Type Market Analysis
- 1. Single-phase Ferro Resonant Voltage Regulator Market
- 2. Three-phase Ferro Resonant Voltage Regulator Market
- 4. Ferro Resonant Voltage Regulator Market - Geographic Region Analysis
- 1. North American Region Analysis
- 2. Europe Region Analysis
- 3. Asia Pacific Region Analysis
- 4. Rest-of-World Region Analysis
- 5. Ferro Resonant Voltage Regulator Market- Application Analysis
- 1. Industrial Application Analysis
- 2. Commercial Application Analysis
- 3. Other Application Analysis
- 6. Ferro resonant Voltage Regulator Market - Competitive Analysis
- 1. Competitive Structure
- 2. Market Share Analysis
- 6. Definitions
- 1. Terms and Definitions
- 1. List of Abbreviations
- 2. Glossary of Terms
- 7. Supporting Data - DSD Tables
- 1. Enterprise Statistics of Different Geographic Regions and Investments in North America
- 1. Enterprise Statistics of America
- 2. Enterprise Statistics of Eastern Europe
- 3. Enterprise Statistics of Western Europe
- 4. Enterprise Statistics of Asia Pacific
- 5. Annual Telecom Investments in North America
- 6. Wireless Revenue from North America
- List of Figures
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- Chapter 2
- Total Voltage Regulator Market: Market Drivers Ranked in Order of Impact (World), 2007-2013
- Total Voltage Regulator Market: Market Restraints Ranked in Order of Impact (World), 2006-2013
- Total Voltage Regulator Market: Revenue Forecasts (World), 2003-2013
- Total Voltage Regulator Market: Percent of Revenues by Construction Type (World), 2003-2013
- Single-phase Voltage Regulator Market: Revenue Forecasts (World), 2003-2013
- Three-phase Voltage Regulator Market: Revenue Forecasts (World), 2003-2013
- Voltage Regulator Market: Percent of Revenues by Geographic Region (World), 2003-2013
- Voltage Regulator Market: Revenue Forecasts (North America), 2003-2013
- Voltage Regulator Market: Revenue Forecasts (Europe), 2003-2013
- Voltage Regulator Market: Revenue Forecasts (Asia Pacific), 2003-2013
- Voltage Regulator Market: Revenue Forecasts (Rest-of-World), 2003-2013
- Voltage Regulator Market: Percent of Revenues by Application (World), 2003-2013
- Voltage Regulator Market: Revenue Forecasts for Industrial Applications (World), 2003-2013
- Voltage Regulator Market: Revenue Forecasts for Commercial Applications (World), 2003-2013
- Voltage Regulator Market for Institutional Application: Revenue Forecasts (World), 2003-2013
- Voltage Regulator Market for Other Application: Revenue Forecasts (World), 2003-2013
- Total Voltage Regulator Market: Product Analysis (World), 2006
- Total Voltage Regulator Market: Competitive Structure (World), 2006
- Total Voltage Regulator Market: Company Market Share by Revenues (World), 2006
- Total Voltage Regulator Market: Database of Key Industry Participants by Product Type (World), 2006
- Chapter 3
- Buck Boost Voltage Regulator Market: Market Drivers Ranked in Order of Impact (World), 2007-2013
- Buck Boost Voltage Regulator Market: Market Restraints Ranked in Order of Impact (World), 2007-2013
- Buck Boost Voltage Regulator Market: Revenue Forecasts (World), 2003-2013
- Buck Boost Voltage Regulator Market: Percent of Revenues by Construction Type (World), 2003-2013
- Single-phase Buck Boost Voltage Regulator Market: Revenue Forecasts (World), 2003-2013
- Three-phase Buck Boost Voltage Regulator Market: Revenue Forecasts (World), 2003-2013
- Buck Boost Voltage Regulator Market: Percent of Revenues by Geographic Region (World), 2003-2013
- Buck Boost Voltage Regulator Market: Revenue Forecasts (North America), 2003-2013
- Buck Boost Voltage Regulator Market: Revenue Forecasts (Europe), 2003-2013
- Buck Boost Voltage Regulator Market: Revenue Forecasts (Asia Pacific), 2003-2013
- Buck Boost Voltage Regulator Market: Revenue Forecasts (Rest-of-World), 2003-2013
- Buck Boost Voltage Regulator Market: Percent of Revenues by Application (World), 2003-2013
- Buck Boost Voltage Regulator Market: Revenue Forecasts for Industrial Applications (World), 2003-2013
- Buck Boost Voltage Regulator Market: Revenue Forecasts for Commercial Applications (World), 2003-2013
- Buck Boost Voltage Regulator Market: Revenue Forecasts for Institutional Applications (World), 2003-2013
- Buck Boost Voltage Regulator Market: Revenue Forecasts for Other Applications (World), 2003-2013
- Buck Boost Voltage Regulator Market: Competitive Structure (World), 2006
- Buck Boost Voltage Regulator Market: Company Market Share by Revenues (World), 2006
- Chapter 4
- Tap Switching Voltage Regulator Market: Market Drivers Ranked in Order of Impact (World), 2007-2013
- Tap Switching Voltage Regulator Market: Market Restraints Ranked in Order of Impact (World), 2007-2013
- Tap-switching Voltage Market: Revenue Forecasts (World), 2003-2013
- Tap-switching Voltage Regulator Market: Percent of Revenues by Construction Type (World), 2003-2013
- Single-phase Tap-switching Voltage Regulator Market: Revenue Forecasts (World), 2003-2013
- Three-phase Tap Switching Voltage Regulator Market: Revenue Forecasts (World), 2003-2013
- Tap Switching Voltage Regulator Market: Percent of Revenues by Geographic Region (World), 2003-2013
- Tap Switching Voltage Regulator Market: Revenue Forecasts (North America), 2003-2013
- Tap Switching Voltage Regulator Market: Revenue Forecasts (Europe), 2003-2013
- Tap Switching Voltage Regulator Market: Revenue Forecasts (Asia Pacific), 2003-2013
- Tap Switching Voltage Regulator Market: Revenue Forecasts (Rest-of-World), 2003-2013
- Tap Switching Voltage Regulator Market: Percent of Revenues by Application (World), 2003-2013
- Tap Switching Voltage Regulator Market: Revenue Forecasts for Industrial Applications (World), 2003-2013
- Tap Switching Voltage Regulator Market: Revenue Forecasts for Commercial Applications (World), 2003-2013
- Tap Switching Voltage Regulator Market: Revenue Forecasts for Institutional Applications (World), 2003-2013
- Tap Switching Voltage Regulator Market: Revenue Forecasts for Other Applications (World), 2003-2013
- Tap-switching Voltage Regulator Market: Competitive Structure (World), 2006
- Tap Switching Voltage Regulator Market: Company Market Share by Revenues (World), 2006
- Chapter 5
- Ferro Resonance Voltage Regulator Market: Market Drivers Ranked in Order of Impact (World), 2007-2013
- Ferro Resonant Voltage Regulator Market: Market Restraints Ranked in Order of Impact (World), 2007-2013
- Ferro Resonant Voltage Market: Revenue Forecasts (World), 2003-2013
- Ferro Resonant Voltage Regulator Market: Percent of Revenues by Geographic Region (World), 2003-2013
- Ferro Resonant Voltage Regulator Market: Revenue Forecasts (North America), 2003-2013
- Ferro Resonant Voltage Regulator Market: Revenue Forecasts (Europe), 2003-2013
- Ferro Resonant Voltage Regulator Market: Revenue Forecasts (Asia Pacific), 2003-2013
- Ferro Resonant Voltage Regulator Market: Revenue Forecasts (Rest-of-World), 2003-2013
- Ferro Resonant Voltage Regulator Market: Percent of Revenues by Applications (World), 2003-2013
- Ferro Resonant Voltage Regulator Market: Revenue Forecasts from Industrial Application (World), 2003-2013
- Ferro Resonant Voltage Regulator Market: Revenue Forecasts for Commercial Applications (World), 2003-2013
- Ferro Resonant Voltage Regulator Market: Revenue Forecasts for Other Applications (World), 2003-2013
- Ferro Resonant Voltage Regulator Market: Competitive Structure (World), 2006
- Ferro Resonant Voltage Regulator Market: Company Market Share by Revenues (World), 2006
AbstractThis Frost & Sullivan Research Service titled World AC Voltage Regulator Market provides an overview of revenues, drivers, restraints, challenges, and trends that are impacting the world AC voltage regulator market.
Growth in Economy in Developing Regions Boosts Voltage Regulator Sales
With the advent of designs using insulated gate bipolar transistor (IGBT) switches, microprocessors, and other electronic designs, the voltage regulator market as a whole is likely to have a steady growth. Due to the economy boom in Asia Pacific, there has been a drastic expansion in the industrial, public, and commercial infrastructure. "However, investments are not made much to improve the power quality, which creates a ground for the demand of voltage regulators," according to the analyst of the study. "Huge amount of electronics are used in all the present day applications, which require voltage regulators in large volumes due to bad power mains in the developing regions."
There is much more scope for market expansion and usage of voltage regulators. There may not be an equal economy boom in the other regions of the world, but there have been expansions in industrial infrastructure in African and Middle East countries. These regions have a bad power quality in many big industrial establishments where the mining and refinery operations are undertaken. This increases the demand for voltage regulating equipment in these regions.
Poor Quality in Developing Nations Drives the Market for Voltage Regulators
The Buck Boost voltage regulators with electronic designs are likely to be in demand due to their efficiency. On the other hand, demand for voltage regulators is stagnating in the developed nations due to their efficient infrastructure. Manufacturers based at developed nations have also ventured into exporting their products and establishing themselves in the developing nations where there is a huge market potential for voltage regulators. The prospects in Asia Pacific, demand in Rest-of-World regions, and the spreading awareness about the electronic designs of voltage regulators are likely to have a positive impact on the growth of the total voltage regulator market.
Developed nations cover North America and Europe, and developing regions are Asia Pacific and Rest-of-World. There is a big voltage fluctuation difference in the supply between these two regions. For instance, in the United States, the fluctuations in the supply voltage is in the range of 5 percent, in Mexico and South America it is in the range of 20 percent, while in the developing nations of Asia it is between 10 and 15 percent. Voltage fluctuation of more than 10 percent is very harmful to the equipment connected to the supply. Developing countries lack the proper power infra structure in terms of technology and quality. There is a great demand for voltage regulators in Asia, South America, Africa, and Middle East countries. "These countries improve their industrial and telecommunication systems and also have foreign direct investments due to the available resources," explains the analyst. "Major investments are made in expanding the industrial infra structure, with less focus on improving the power quality infrastructure."
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