HOME Top Market Reports Power Electronics Market by Substrate Wafer Technology (GaN, SiC, and Others), Devices (Power IC, Power Module & Power Discrete), Applications, and Geography - Analysis & Forecast to 2014 - 2020

Power Electronics Market by Substrate Wafer Technology (GaN, SiC, and Others), Devices (Power IC, Power Module & Power Discrete), Applications, and Geography - Analysis & Forecast to 2014 - 2020

By: marketsandmarkets.com
Publishing Date: May 2014
Report Code: SE 2434

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Power electronics is considered as one of the most vibrant sectors owing to its presence, usage, and overlap with many other industry verticals. It is the extension of solid-state electronics, away of treating communications and data into the business of efficient power handling, from milliwatts to gigawatts. It makes the mobile phone battery last longer; it makes hybrid cars feasible; and it helps make electrical generation and distribution possible from sources ranging from a solar cell on your roof to a nuclear reactor.

It is important to recognize the role played by power electronics as an enabling technology. Frequently, the performance and efficiency of a large and complex system can be critically determined by the power electronics within that system. It is, therefore, not simply a component, but can be considered the heart of many systems. Power Electronics systems are the result of hierarchies of research, design, and manufacturing activities across many scientific and engineering disciplines.

Its other important aspects include basic substrate technology, device technologies, electrical engineering, analogue and digital electronics, control, sensors, thermal management, mechanical engineering, and reliability science. It should be noted that the power electronics systems’ manufacturers are not, in general, heavily vertically integrated: their core competence is systems design, and they buy components and technologies from a critical group of suppliers. Some of these parts – for example standard power semiconductor devices - tend to be sourced from large multinational companies, whilst many others come from SMEs offering custom solutions, often employing proprietary technology. This supply chain is of critical importance to the industry. Indeed, it is well-known that SMEs, alongside academia, generate a large proportion of the novel innovative technologies.

Major players in this field includes: Texas Instruments Inc. (U.S), Vishay Intertechnology Inc. (U.S), Infineon Technologies AG (Germany), NXP Semiconductors (U.S), Fairchild Semiconductor (U.S), Microsemi Corp. (U.S), Toshiba Corp. (Japan), Hitachi Co., Ltd (Japan), and Mitsubishi Electric Corp. (Japan) among others.

This report is focused on giving a detail-view of the complete power electronics industry with regards to the products market and device market with detailed market segmentations; combined with qualitative analysis at each and every aspect of the classifications done by substrate wafer technology, devices, characteristics, products, application verticals (sectors), sub- applications, and geography. All the numbers, both –in terms of the revenue & volume, at every level of detail, are forecasted till 2020 to give a glimpse of the potential revenue base in this market.

Key Take Away:

In this report, the market is fully segmented into the following categories and the industry trends are also covered, as follows:
Total Markets: Market – product market, sub-markets, related markets, complementary markets (with sub-segmentation), Total Addressable Market (TAM) and market penetration in semiconductors
Sub Markets: Substrate wafer technology, products & devices market
Market by Substrate Wafer Technology: High, middle, and low end solution
Market by Devices: Power IC, power modules, and power discrete market
Market by Applications : Industry vertical-based market analysis, ICT applications (Switching systems, wireless and RF applications), consumer electronics applications, power sector applications, industrial applications, automotive, aerospace & defense applications and so on
Market by Geography: Americas, Europe, Asia-Pacific, and the Rest of the World
Market – Competitive Landscape: Market share analysis separately for power electronics product manufacturers and power electronics device manufacturers
Market- Patent Landscape Analysis: Patent activity, publication activity, and mapping & analysis

Customization Options

Product Analysis

  • Competitive landscape of major device manufacturers
  • Product Matrix which gives detailed comparison of devices

Material Specific Data

  • Temperature range of different  materials  used
  • Voltage temperature matrix for devices
  • Material processing cost

Country Level Data

  • Material Capacity by country
  • Supply – Demand analysis by country

Table Of Contents
 
1 Introduction (Page No. - 21)
    1.1 Key-Take Away
    1.2 Report Description
    1.3 Report Scope
    1.4 Market Segments Covered
    1.5 Stakeholders
    1.6 Report Assumptions
          1.6.1 General Assumptions
          1.6.2 Year-Wise and Forecast Assumptions
    1.7 Research Methodology
          1.7.1 Market Size
          1.7.2 Market Crack Down and Data Triangulation
          1.7.3 Key Points Taken From The Secondary Sources
          1.7.4 Key Points Taken From Primary Sources
          1.7.5 Key Companies Covered During The Study

2 Executive Summary (Page No. - 35)

3 Cover Story: Primary Research Interviews (Page No. - 40)

4 Premium Insights (Page No. - 43)
    4.1 Geography Life-Cycle of Power Electronics Market
          4.1.1 Forecast of Market Conditions for Different Regions
    4.2 Growth Strategy Matrix (Ansoff Matrix)
          4.2.1 Market Development
                  4.2.1.1 U.K., and Russia Can Be The Potential Markets in The Days to Come
          4.2.2 Diversification
                  4.2.2.1 Forward Integration to Be The Smartest Strategy for The Wafer Players
          4.2.3 Market Penetration
                  4.2.3.1 Japan and China Are The Most Flourishing Geographies for The Existing Players As Well As The New Entrants
          4.2.4 Product Development
                  4.2.4.1 Product Development in New Markets Would Be The Game Changing Strategy for Existing As Well As The New Market Entrants
    4.3 Supply & Demand-Side Factor Analysis
    4.4 Market Investment Analysis
          4.4.1 Major Barriers for Investment in Global Market
          4.4.2 Major Pro-Factors for Investment

5 Market Overview (Page No. - 53)
    5.1 Introduction
          5.1.1 Power Electronics Market Segmentation
          5.1.2 Global Market Overview
    5.2 History & Evolution
    5.3 Technology Trends
          5.3.1 Power Electronics Modules
    5.4 Value & Supply Chain Analysis
          5.4.1 Business Models and Global Scaling Analysis
          5.4.2 Material Based Players
          5.4.3 Research Organizations & Universities
          5.4.4 Technology Developers and Patent Holders
          5.4.5 Device & Product Developers
          5.4.6 Power Electronics Supply Chain
 
6 Market Analysis (Page No. - 76)
    6.1 Introduction
    6.2 Market Dyanmics
          6.2.1 Market Drivers
                  6.2.1.1 Impact Analysis of The Power Electronics Market Drivers
                  6.2.1.2 Demand for Multiple Function Portable Devices to Increase The Use of Power Electronics
                  6.2.1.3 Flourishing Supply Chain
                  6.2.1.4 Innovations and Developments By New Smes and Existing Players
                  6.2.1.5 Renewable Energy Markets and Smart Grids to Drive The Demand of Power Electronics
                  6.2.1.6 Use of Power Electronics in Applications Such As Hybrid Electric Vehicles to Drive The Market
                  6.2.1.7 Relatively Less Entry Barriers
          6.2.2 Market Restraints
                  6.2.2.1 Impact Analysis of The Power Electronics Market Restraints
                  6.2.2.2 Economic Uncertainty Causes Demand Fluctuations for The Power Electronic Industry
                  6.2.2.3 Trict Regulatory Barriers in Some Regions of Globe
          6.2.3 Market Opportunities
                  6.2.3.1 Impact Analysis of The Power Electronics Market Opportunities
                  6.2.3.2 Growing Opportunities in The Automotive and Power & Energy Sector
                  6.2.3.3 Power MOSFET and Power IGBT Will Gain More Attention in The Near Future
    6.3 Burning Issues
          6.3.1 Complex Cost Structure of The Gallium Nitride Wafers
          6.3.2 Battery-Less Devices
    6.4 Winning Imperatives
          6.4.1 The Evolution of Wbg Semiconductors
    6.5 Industry Trends
          6.5.1 Market Life Cycle Analysis
    6.6 Porter’s Analysis
          6.6.1 Threat From New Entrants
          6.6.2 Threat From Subsitutes
          6.6.3 Bargainig Power of Supplier
          6.6.4 Bargainig Power of Buyers
          6.6.5 Degree of Competition

7 Power Electronics Market By Substrate Wafer Technology (Page No. - 95)
    7.1 Introduction
    7.2 High End Solution
          7.2.1 Gallium Nitride
          7.2.2 Silicon Carbide
          7.2.3 Others
    7.3 Middle End Solution
          7.3.1 Silicon Carbide
          7.3.2 Silicon
          7.3.3 Others
    7.4 Low End Solution
          7.4.1 Silicon
          7.4.2 Sapphire
          7.4.3 Others

8 Power Electronics Market By Devices (Page No. - 112)
    8.1 Introduction
    8.2 Power Ic
          8.2.1 Power Management Ic
                  8.2.1.1 Voltage Regulators
                  8.2.1.2 Drivers
                  8.2.1.3 Others
          8.2.2 Applicaions Specific Ic’s
          8.2.3 Others
    8.3 Power Modules
          8.3.1 Inteliigent Power Module (Inverter Ic)
                  8.3.1.1 Hybrid
                  8.3.1.2 Monolithic
          8.3.2 Power Integrated Modules (Converter Inverter Break)
                  8.3.2.1 MOSFET Modules
                  8.3.2.1.1 Metal Oxide Semiconductor (MOSFET)
                  8.3.2.2 IGBT Modules
                  8.3.2.3 Others
          8.3.3 Others
    8.4 Power Discrete
          8.4.1 Diodes
          8.4.2 Transistors
                  8.4.2.1 Bipolar Junction Transistor (BJT)
                  8.4.2.2 Integrated Gate Bipolar Junction Taransistor (IGBT)
                  8.4.2.3 Field Effect Transistor (Fet)
                  8.4.2.4 Others
                  8.4.2.5 Thyristor (Silicon Controlled Rectifier)
                            8.4.2.5.1 Gate Turn off Thyristor (Gto)
                            8.4.2.5.2 Integrated Gate Commutated Thyristor (IGCT)
                            8.4.2.5.3 Others
                  8.4.2.6 Others

9 Market By Application (Page No. - 142)
    9.1 Introduction
    9.2 ICT Sector
          9.2.1 Switching Systems
          9.2.2 Wireless Application
          9.2.3 Satellite Communication Application
          9.2.4 Radar Application
          9.2.5 Rf Application
          9.2.6 Others
    9.3 Consumer Electronics Sector
          9.3.1 Inverter
          9.3.2 Led
          9.3.3 Smps
          9.3.4 Others
    9.4 Power Sector
          9.4.1 Ups
          9.4.2 Converter
                  9.4.2.1 AC to DC (Rectifier)
                  9.4.2.2 DC to AC (Inverter)
                            9.4.2.2.1 Single Phase Half Bridge Inverter
                            9.4.2.2.2 Single Phase Full Bridge Inverter
                            9.4.2.2.3 Three-Phase Voltage Source Inverter
                  9.4.2.3 DC to DC (DC-to-DC Converter)
                  9.4.2.4 AC to AC (AC-to-AC Converter)
                            9.4.2.4.1 AC Voltage Controller
                            9.4.2.4.2 Matrix Converters and Cyclo-Converters
                            9.4.2.4.3 DC Link Converters
                  9.4.2.5 Hybrid Matrix Converter
          9.4.3 Others
          9.4.4 Case Study Converteam China Co., Ltd (China)
          9.4.5 Case Study Evince Technology Ltd (U.K)
    9.5 Industrial Sector
          9.5.1 Point-of-Load Conversion
          9.5.2 Power Management for Computers, Telecommunications, and Others
          9.5.3 Renewable Energy Systems
          9.5.4 HVAC
          9.5.5 Rail Transportation
          9.5.6 Motor Drives
          9.5.7 Smart Grid
          9.5.8 Others
          9.5.9 Case Study of Alstom Grid (France)
          9.5.10 Case Study of Siemens AG (Germany)
          9.5.11 Case Study of Emerson Electric Co., Ltd (U.S)
    9.6 Automotive
          9.6.1 Vehicular Power Converter Systems
          9.6.2 Electric Vehicle Charging
          9.6.3 Others
    9.7 Aerospace & Defense Sector
          9.7.1 Microwave Radiation Applications
          9.7.2 Combat Vehicles
          9.7.3 Others
          9.7.4 Case Study of Rolls Royce, PLC (U.K)
    9.8 Other Sectors
          9.8.1 Medical Sector
          9.8.2 Other Sectors

10 Market By Geography (Page No. - 196)
    10.1 Introduction
    10.2 Americas
          10.2.1 North America
          10.2.2 South America
    10.3 Europe
          10.3.1 U.K.
          10.3.2 Germany
    10.3.3 Others
    10.4 APAC
          10.4.1 Japan
          10.4.2 China
          10.4.3 South Korea
          10.4.4 Others
    10.5 ROW

11 Competitive Landscape (Page No. - 218)
    11.1 Introduction
    11.2 Market Share Analysis
          11.2.1 Market Ranking of Elite Players for Overall Semiconductor Industry
          11.2.2 Market Ranking of Elite Players for Power Electronics Market
          11.2.3 Market Share Analysis of Power Electronics Market on The Basis of Ic Wafer Capacity
          11.2.4 Key Growth Strategies
    11.3 Competitive Developments Across The Power Electronics Industry
          11.3.1 New Product Developments
          11.3.2 ACquisitions, Collaborations and Expansions
          11.3.3 Agreements, Contracts, Awards and Other Major Developments

12 Company Profiles (Company Snapshot, Products & Services, Developments, SWOT Analysis &Mnm View)* (Page No. - 137)
    12.1 Renesas Electronics Corporation
    12.2 ABB Ltd
    12.3 Alstom
    12.4 Microsemi Corporation
    12.5 Freescale Semiconductor, Inc.
    12.6 Taiwan Semiconductors Manufacturing Company Limited (TSMC)
    12.7 Texas Instruments, Inc.
    12.8 Stmicroelectronics NV
    12.9 Rockwell Automation, Inc.
    12.10 Vishay Intertechnology Inc.
    12.11 Fairchild Semiconductor International, Inc.
    12.12 NXP Semiconductors N.V.
    12.13 Gan Systems, Inc
    12.14 Solicore, Inc

*Details on Company Snapshot, Products & Services, Developments, SWOT Analysis &Mnm View Might Not Be Captured in Case of Unlisted Companies.


List of Tables (52 Figures)

Table 1 General Assumptions Considered in This Report
Table 2 Yearwise and forecast Assumptions for Power Electronics Market
Table 3 Key Companies Covered During The Study
Table 4 Global Power Electronics Market, By Device Type, 2013-2020 ($Billion)
Table 5 Global Market, By Application, 2013-2020 ($Billion)
Table 6 Forecast of Market Conditions for Different Regions
Table 7 Impact Analysis of The Market Drivers
Table 8 Impact Analysis of Market Drivers
Table 9 Impact Analysis of Market Drivers
Table 10 Quantification of Overall Porter’s Analysis for Power Electronics Market
Table 11 Global Power Electronics Market, By Substrate Wafer Technology 2013-2020 ($Billion)
Table 12 High End Solutions, By Type, 2013-2020 ($Billion)
Table 13 Middle End Solutions, By Type, 2013-2020 ($Billion)
Table 14 Low End Solutions, By Type, 2013-2020 ($Billion)
Table 15 Global Power Electronics Market, By Device Type, 2013-2020 ($Billion)
Table 16 Power Ic Market, By Type, 2013-2020 ($Billion)
Table 17 Power Management Ic Market, By Type, 2013-2020 ($Billion)
Table 18 Power Modules Market, By Type, 2013-2020 ($Billion)
Table 19 Intelligent Power Module Market, By Type, 2013-2020 ($Billion)
Table 20 Power Discrete Market, By Type, 2013-2020 ($Billion)
Table 21 Thyristor Market, By Type, 2013-2020 ($Billion)
Table 22 Global Power Electronics Market, By Application, 2013-2020 ($Billion)
Table 23 ICT Application Market, By Type, 2013-2020 ($Billion)
Table 24 ICT Application Market, By Geography, 2013-2020 ($Billion)
Table 25 Consumer Electronics Application Market, By Type, 2013-2020 ($Billion)
Table 26 Consumer Electronics Application Market, By Geography, 2013-2020 ($Billion)
Table 27 Power Application Market, By Type, 2013-2020 ($Billion)
Table 28 Power Application Market, By Geography, 2013-2020 ($Billion)
Table 29 Converter Market, By Type, 2013-2020 ($Billion)
Table 30 DC to AC Market, By Phase Type, 2013-2020 ($Billion)
Table 31 AC to AC Market, By Type, 2013-2020 ($Billion)
Table 32 Industrial Application Market, By Type, 2013-2020 ($Billion)
Table 33 Industrial Application Market, By Geography, 2013-2020 ($Billion)
Table 34 Automotive Application Market, By Type, 2013-2020 ($Billion)
Table 35 Automotive Application Market, By Geography, 2013-2020 ($Billion)
Table 36 Aerospace & Defense Application Market, By Type, 2013-2020 ($Billion)
Table 37 Aerospace & Defense Application Market, By Geography, 2013-2020 ($Billion)
Table 38 Other Application Market, By Type, 2013-2020 ($Billion)
Table 39 Other Application Market, By Geography, 2013-2020 ($Billion)
Table 40 Global Power Electronics Market, By Geography, 2013-2020 ($Billion)
Table 41 Americas Market, By Region, 2013-2020 ($Billion)
Table 42 Americas Market, By Application, 2013-2020 ($Billion)
Table 43 Europe Market, By Region, 2013-2020 ($Billion)
Table 44 Europe Market, By Application, 2013-2020 ($Billion)
Table 45 APAC Market, By Region, 2013-2020 ($Billion)
Table 46 APAC Market, By Application, 2013-2020 ($Billion)
Table 47 ROW Market, By Application, 2013-2020 ($Billion)
Table 48 Market Ranking of Elite Players for Overall Semiconductor Industry, 2012-2013
Table 49 Market Ranking of Elite Players for Power Electronics Market-2013
Table 50 New Product Developments of Power Electronics Market
Table 51 Acquisitions, Collaborations and Expansions of Power Electronics Market
Table 52 Agreements, Contracts, Awards and Other Major Developments


List of Figures (79 Figures)

Figure 1 Power Electronics Industry Monetary Chain
Figure 2 Research Methodology Used for Power Electronics Market
Figure 3 Market Size Estimation Methodology
Figure 4 Market Crackdown and Data Triangulation for The Power Electronics Market
Figure 5 Power Electronics Market forecasting Model
Figure 6 Geography Life Cycle of Power Electronics Market
Figure 7 Growth Strategy Matrix for Power Electronics Market
Figure 8 Supply and Demand Side Factor Analysis
Figure 9 Market Investment Analysis
Figure 10 Market Overview
Figure 11 Market Segmentation of Power Electronics
Figure 12 Power Electronics History
Figure 13 Evolution of Power Electronics Devices
Figure 14 Materials Used in Power Semiconductor Ecosystem Since Inception
Figure 15 Power Electronics Value Chain Analysis
Figure 16 Business Model for Power Electronics Market
Figure 17 Supply Chain of Power Electronics Market
Figure 18 Power Electronics Market: Market Analysis
Figure 19 Market Dynamics
Figure 20 The Electronics Supply Chain Components
Figure 21 Power Electronics Industry Life Cycle Based on The Material Technology-2013
Figure 22 Market Porter’s Five Force Analysis
Figure 23 Threats From New Entrants
Figure 24 Threats From The Substitutes
Figure 25 Bargaining Power of Suppliers
Figure 26 Bargaining Power of Buyers
Figure 27 Degree of Competition
Figure 28 Power Electronics Substrate Wafer Technology Market Segmentation
Figure 29 Market By Devices
Figure 30 Advantages of MOSFET
Figure 31 I-V Characteristics of A Diode
Figure 32 Power Electronics Market Segmentation By Application
Figure 33 Market in The ICT Sector
Figure 34 Power Applications in Consumer Electronics Sector
Figure 35 Power Application Segmentation
Figure 36 Types of Inverters
Figure 37 Market Segmentation of Industrial Application
Figure 38 Automotive Application Segmentation
Figure 39 Global Power Electronics Market By Geography
Figure 40 Market By Americas
Figure 41 Market By Europe
Figure 42 Market By APAC
Figure 43 Competitive Landscape
Figure 44 Market Share Analysis on The Basis of Ic Wafer Capacity
Figure 45 Analysis of Key Growth Strategies
Figure 46 Renesaselectronics: Company Snapshot
Figure 47 Renesas Electronics: Product Portfolio
Figure 48 Renesas Electronics: SWOT Analysis
Figure 49 ABB Ltd: Company Snapshot
Figure 50 ABB Ltd. : Product Portfolio
Figure 51 Alstom : Company Snapshot
Figure 52 Alstom: Product Portfolio
Figure 53 Microsemi Corporation: Company Snapshot
Figure 54 Microsemi Corporation: Product Portfolio
Figure 55 Freescale Semiconductor Inc.: Company Snapshot
Figure 56 Freescale Semiconductor, Inc.: Product Portfolio
Figure 57 TSMC : Company Snapshot
Figure 58 Texas Instruments, Inc.: Company Snapshot
Figure 59 Texas Instruments, Inc.: Products & Services
Figure 60 Texas Instruments, Inc.: SWOT Analysis
Figure 61 Stmicroelectronics NV: Company Snapshot
Figure 62 Stmicroelectronics NV: Products & Services
Figure 63 Stmicroelectronics NV: “Sense & Power and Automotive Products” Segment
Figure 64 Stmicroelectronics NV: “Embedded Processing” Segment
Figure 65 Stmicroelectronics NV: SWOT Analysis
Figure 66 Rockwell Automation, Inc.: Company Snapshot
Figure 67 Rockwell Automation, Inc.: Products & Services
Figure 68 Vishay Intertechnology Inc: Company Snapshot
Figure 69 Vishay Intertechnology Inc: Products & Services
Figure 70 Vishay Intertechnology, Inc.: “Semiconductors” Segment
Figure 71 Vishay Intertechnology, Inc: “Passive Components” Segment
Figure 72 Vishay Intertechnology Inc.: SWOT Analysis
Figure 73 Fairchild Semiconductor International, Inc.: Company Snapshot
Figure 74 Fairchild Semiconductor International, Inc.: Products & Services
Figure 75 Fairchild Semiconductor International, Inc.: SWOT Analysis
Figure 76 NXP Semiconductors N.V.: Company Snapshot
Figure 77 NXP Semiconductors N.V.: Products & Services
Figure 78 NXP Semiconductors N.V.: SWOT Analysis
Figure 79 Gan Systems, Inc.: Products & Services

Power electronics is considered as one of the most vibrant sector owing to its presence, usage, and overlap with many other industry verticals. There is an extremely high surge in the market for power electronics devices; and the applications in which these devices can be employed. The credit for power electronics becoming such a vast industry goes to the continuous advancements in the technology. The companies invest most of their revenues in R&D so as to make the concerned improvements in their technology. Also, the supply chain in this industry is a major supporting factor that has helped the power electronics industry to reach new heights. Another important role of power electronics, which is getting a strong emphasis recently, is the associated energy saving. Many companies are taking initiatives to intensify their R&D practices, to save energy with the help of modern power electronics devices and systems.

The market is divided into four segments; namely substrate wafer technology, power electronic devices, applications, and geography. The substrate wafer technology includes the differentiation of materials based on the type of end solutions. These solutions are divided into three sub segments that include high end, middle end, and low end solutions. The materials discussed include GaN, SiC, Silicon, and Sapphire. The GaN and SiC contribute to the high end solutions, followed by SiC and Silicon that contribute to form the middle end solutions; and, finally, Silicon and Sapphire form the low end solution. Power electronic devices are sub-segmented as the power electronic ICs, power modules, and power discrete devices. This device market gives an in-depth analysis of each and every aspect of the device. Additionally, the components such as IGBT, transistors, and thyristors are also very well explained.

The applications market covers the major applications of power electronics, which are divided into seven segments; namely ICT applications, industrial, power, automotive, aerospace & defense, and ‘others’. The ‘others’ segment gives a brief understanding of the applications used in other industry verticals such as medical, retail, and photovoltaic. The market by geography is divided on the basis of the different geographical locations of the regions; that include Americas, Europe, APAC, and ROW. APAC is the largest market by geography due to the fact that the major part of the electronics and semiconductor industry is based in countries like China, Japan, Korea, Taiwan, and others. There are many companies that have their presence in this market.

Major players discussed in the power electronics market report include Texas Instruments Inc. (U.S), Vishay Intertechnology Inc. (U.S), Infineon Technologies AG (Germany), NXP Semiconductors (U.S), Fairchild Semiconductor (U.S), Microsemi Corp. (U.S), Toshiba Corp. (Japan), Hitachi Co., Ltd (Japan), and Mitsubishi Electric Corp. (Japan).

The market report is a culmination of an extensive primary and secondary research that provides the current size of the market (both –in terms of the shipments and market revenue), and also forecasts the same for the period from 2014 to 2020.

Power Electronics Market by Geography 2014 -2020

Power Electronics Market

Source: MarketsandMarkets Analysis

The power electronics market by geography is expected to grow from $21.66 billion that it accounted for, in 2013, to $36.86 billion in 2020, at an estimated CAGR of 7.74% from 2014 to 2020. APAC held a major share of the power electronics ecosystem, worth 42.11%, in 2013; it is expected to be at the same position across the forecast period, followed by the Americas and Europe.

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