Shunt Reactor Market By Phase 2020 | IndustryARC
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Shunt Reactor Market
Shunt Reactor Market: By Phase (Single Phase, Three Phase); By Type (Air-Core Dry Shunt Reactor, Oil Immersed); By Industry (Power Substations, Industry Verticals, Others); & Geography - Forecast 2016 -2021.
Report Code : ESR 0064
Updated Date: 26 April, 2016  

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  • Report Description
  • Table of Contents
  • Customization Options
1. Market Overview
2. Executive Summary
3. Shunt Reactor Market Landscape

   3.1. Market Share Analysis
   3.2. Comparative Analysis
      3.2.1. Product Benchmarking
      3.2.2. End User Profiling
      3.2.3. Top 5 Financials Analysis
4. Shunt Reactor Market Forces
   4.1. Market Drivers
      4.1.1. Addition Of High Voltage Transmission Lines
      4.1.2. Low Transmission Power Lines
      4.1.3. Growth Of Renewable Energy
   4.2. Market Constraints & Challenges
      4.2.1. Low Quality & Cheap Products
   4.3. Attractiveness Of The Shunt Reactor Industry
      4.3.1. Power Of Suppliers
      4.3.2. Threats From New Entrants
      4.3.3. Power Of Buyer
      4.3.4. Threat From Substitute Product
      4.3.5. Degree Of Competition
5. Shunt Reactor Market-Strategic Analysis
   5.1. Shunt Reactor Market - Value Chain Analysis
   5.2. Pricing Analysis
   5.3. Opportunity Analysis
      5.3.1. Adopting Smart Grid Technology
      5.3.2. Continues Increase In Power Generation Capacity
   5.4. Suppliers And Distributors
   5.5. Swot Analysis
6. Shunt Reactor Market-By Phase
   6.1. Introduction
   6.2. Single Phase
   6.3. Three Phase
7. Shunt Reactor Markte-By Types
   7.1. Introduction
   7.2. Air-Core Dry Shunt Reactor
   7.3. Oil-Immersed
   7.4. Others
8. Shunt Reactor Market-By Industry
   8.1. Power Substations
   8.2. Chemical Industry
   8.3. Oil & Gas Industry
   8.4. Pharmaceutical
   8.5. Pulp & Paper
   8.6. Electronics
   8.7. Food & Beverage
   8.8. Electrical Utilities
   8.9. Others
9. Shunt Reactor Market-By Geography
   9.1. North America
      9.1.1. U.S.
      9.1.2. Canada
      9.1.3. Mexico
   9.2. Europe
      9.2.1. U.K.
      9.2.2. Germany
      9.2.3. Italy
      9.2.4. France
      9.2.5. Spain
      9.2.6. Others
   9.3. Asia
      9.3.1. China
      9.3.2. South Korea
      9.3.3. Japan
      9.3.4. India
      9.3.5. Others
   9.4. Rest Of The World (Row)
      9.4.1. Mea
      9.4.2. South America
      9.4.3. Oceania
10. Shunt Reactor Market Entropy
   10.1. New Product Developments
   10.2. Mergers And Acquisitions
11. Company Profiles
   11.1. Company 1
   11.2. Company 2
   11.3. Company 3
   11.4. Company 4
   11.5. Company 5
   11.6. Company 6
   11.7. Company 7
   11.8. Company 8
   11.9. Company 9
   11.10. Company 10
*More than 40 Companies are profiled in this Research Report, Complete List available on Request*
"*Financials would be provided on a best efforts basis for private companies"

Shunt reactor is an absorber of reactive power, thus increasing the energy efficiency of the system. It is the most compact device commonly used for reactive power compensation in long high-voltage transmission lines and in cable systems. Shunt reactors are used in power systems to counteract the effect of the line parasitic capacitance, thereby stabilizing the system voltage within acceptable limits.

The conditions/ environment of operation of shunt reactor are not the same as it was a few decades ago owing to the dynamism of this market. Shunt reactor market is constantly evolving thus facilitating development of new technologies. Low transmission power lines combined with growth of renewable energy are the major drivers for this industry.

Dry type Reactors are constructed as single phase units and are thus arranged in a fashion to minimize stray magnetic field on surrounding (in the absence of metallic shielding). When such an arrangement is difficult, some form of magnetic shielding is required and designed with care to minimize eddy current loss and arcing at any joints within the metallic loops. One of the advantages of dry type reactor is absence of inrush current. Oil immersed reactors can be core-less or with gapped iron core. These are either single phase or three phase design with or without fan cooling. These are installed within tanks which hold oil & act as metallic magnetic shields.

Extra-high-voltage (EHV) transmission lines are employed to transmit power over vast distances; due to the long lengths, these lines have large shunt capacitances associated with them. Shunt capacitance exists between the individual phases of the transmission line and also between the phase conductors and ground. When a transmission line is energized, it draws a large charging current because of the large shunt capacitance of the line.

The global market for Shunt reactor was estimated to be $XX billion in 2015. The global market for Power Metering market is estimated to grow at a CAGR of XX% and is forecast to reach $XX billion by 2021. The dry type reactors are forecast to have the highest growth of X% during the forecast period 2016-2021. Power substations, various industries are the major end-users for Shunt reactor.

Shunt Reactor Market

North America is the leading market for Shunt Reactor. North America region is forecast to have highest growth in the next few years due to growing adoption of shunt reactor in industrial applications. North America shunt reactor market accounts to XX% of the global market for Shunt reactor and is the fastest growing market followed by Asia.
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