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Global Analysis of Power Electronic Market for Electric and Hybrid Vehicles, Forecast to 2025
Global Analysis of Power Electronic Market for Electric and Hybrid Vehicles, Forecast to 2025
Integration of Power Components for Modular and Flexi-Electric-Vehicle Platforms to be Key Focus Until 2025
30-Jun-2020
North America
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Description
The global power electronics market is expected to multiply by 2025 with the rising demand for electric & hybrid vehicles. OEMs across the globe are looking at EV and HEVs as viable solutions in order to comply with the evolving stringent emission & fuel regulations. Power electronics play a huge important role in defining the efficiency, safety and range of vehicles. Supply chain & competitive benchmarking has become a huge integral part in creating strategies as it’s a highly competitive market with number so participants trying to occupy a significant market share. Integration of components like inverter, converter, motor & other PEs are increasingly popular as they reduce the size, weight, and cost & offer a lot of space for OEMs to work on different architectures which allow for spacious cabins or drivetrains.
Research Scope
The base year of the study is 2019, and the forecast period is 2020-2025.
Geographical coverage includes Europe: Austria, Italy, Belgium, Latvia, Bulgaria, Lithuania, Croatia, Luxembourg, Cyprus, Malta, Czech Republic, Netherlands, Denmark, Poland, Estonia, Portugal, Finland, Romania, France, Slovakia, Germany, Slovenia, Greece, Spain, Hungary, Sweden, Ireland & United Kingdom; North America: The United States; South Korea, China & Japan.
Key Features
The aim of the study is to research and analyse the emerging market of Power electronics technology in Europe, North America, South Korea, China and Japan. Provide an in-depth analysis and strategic imperatives of upcoming Power electronics component technology. The study will highlight current and future product planning of various manufacturers and growth potential.
This research service will also provide key insights on competitor analysis by evaluating competitive factors, competitor market shares, product portfolios, and capabilities. It’ll help reader analyse key market and technology trends and supply an overview of the market from a regional perspective. It also develops an actionable set of recommendations and conclusions.
Key Issues Addressed
- What is the business environment of the power electronics systems? What kind of market dynamics and impact will it have on the automotive industry?
- What are the key strategies that OEMs in Europe, North America, and Japan plan to use to produce high performance batteries and impact of power electronic systems?
- What are the technology and manufacturing trends in Europe, North America, and Japan? What is the status of existing development and how will it evolve in the future?
- How will the xEV power electronics market evolve in the next five to seven years?
- What are the different types of regulatory standards applicable for xEV power electronics?
RESEARCH: INFOGRAPHIC
This infographic presents a brief overview of the research, and highlights the key topics discussed in it.Click image to view it in full size
Table of Contents
Executive Summary—Key Findings in the Power Electronics Market
Executive Summary—Market Snapshot
Executive Summary—Factors Driving Adoption of Power Electronics
Executive Summary—Insulator Material in Wire Harnesses
Market Value and Forecast by HV Component—Global Revenue
Market Value and Forecast by HV Component—Global Revenue (continued)
Executive Summary—Technology Trends in Power Components
Executive Summary—Market Snapshot for Inverters
Executive Summary—Key Summary of Power Components
Executive Summary—xEV Power Electronics Supply Chain Dynamics
Research Scope
Research Aim and Objectives
Key Questions this Study will Answer
Research Methodology
Key Participant Groups and Associated Brands Compared in this Study
Electric Vehicles (xEV) in Scope—Definitions
Power Electronics Market—Definitions and Types
Schematic Representation of Power Electronics Components
Automotive Wire Harnesses—Definitions and Types
Epicentres of Wire Harness Design and Production Activities
Technology Trends for Automotive Wire Harnesses
Revenue Forecast of Wire Harnesses by xEV Type
Cable Construction for a High Voltage xEV Application
Technology Trends in Automotive Wiring
Pricing Trends for High-Voltage Wire Harnesses
Supply Chain Analysis of Wire Harness Sector—Ecosystem Mapping
Supply Chain Analysis of Wire Harness Sector—Chinese Suppliers
Competitor Benchmarking for Wire Harness Market
Automotive Connectors—Definitions and Types
Epicentres of Wire Connector Design and Production Activities
Automotive Connectors—Types and Product Line
Automotive Connectors—Technology Trends
Percent Unit Production of Connectors—Forecast by EV Type
Percent Unit Production of Connectors—Forecast by EV Type and OEM
Supply Chain Analysis of Connectors—Mapping of Ecosystem
Competitor Benchmarking for Connectors Market
Automotive Inverters Definitions and Types
Automotive Inverters Roadmap
Technology Trends—2025 Outlook for Inverters
Percent Unit Production of Inverters—Forecast by EV Type
Current and Future Power Electronics Distribution
Pricing Trends for Inverters for xEVs
Value Chain Analysis of Inverters—Mapping of Ecosystem
Competitor Benchmarking for Inverters Market
Automotive Contactors—Definitions and Types
Technology Trends of Contactors
Contactor Construction—Cut-off Mechanism
Technology and Pricing Trends for Contactors
Percent Unit Production of Contactor Forecast by EV Type
Contactors Suppliers’ Ecosystem Mapping—Shortlisting
Automotive DC/DC Converter—Definitions and Types
Automotive DC/DC Converter—Definitions and Types (continued)
Case Study for Future DC/DC Converter Technology
Automotive DC/DC Converter Roadmap
Pricing Trends for DC/DC Converter for xEVs
Supply Chain Analysis of DC/DC Converter—Mapping of Ecosystem
Competitor Benchmarking for DC-DC Converters Market
High-Voltage Power Components Supplier Profile—ABB
High-Voltage Power Components Supplier Profile—Aptiv
High-Voltage Power Components Supplier Profile—Nexans
High-Voltage Power Components Supplier Profile—TE Connectivity
High-Voltage Power Components Supplier Profile—DRÄXLMAIER
High-Voltage Power Components Supplier Profile—THB Group
High-Voltage Power Components Supplier Profile—Denso
High-Voltage Power Components Supplier Profile—Schaltbau
High-Voltage Power Components Supplier Profile—JONHON
High-Voltage Power Components Supplier Profile—BYD
DC-DC Converter Supplier Profile—Shijiazhuang Dilong Technology
DC-DC Converter Supplier Profile—Hella
DC-DC Converter Supplier Profile—Continental
5 Major Growth Opportunities
Strategic Imperatives for the Global xEV Market
Conclusions
Legal Disclaimer
Market Engineering Methodology
List of Acronyms and Abbreviations
List of Acronyms and Abbreviations (continued)
List of Exhibits
List of Exhibits (continued)
List of Exhibits (continued)
List of Exhibits (continued)
List of Exhibits (continued)
Popular Topics
Research Scope
The base year of the study is 2019, and the forecast period is 2020-2025.
Geographical coverage includes Europe: Austria, Italy, Belgium, Latvia, Bulgaria, Lithuania, Croatia, Luxembourg, Cyprus, Malta, Czech Republic, Netherlands, Denmark, Poland, Estonia, Portugal, Finland, Romania, France, Slovakia, Germany, Slovenia, Greece, Spain, Hungary, Sweden, Ireland & United Kingdom; North America: The United States; South Korea, China & Japan.
Key Features
The aim of the study is to research and analyse the emerging market of Power electronics technology in Europe, North America, South Korea, China and Japan. Provide an in-depth analysis and strategic imperatives of upcoming Power electronics component technology. The study will highlight current and future product planning of various manufacturers and growth potential.
This research service will also provide key insights on competitor analysis by evaluating competitive factors, competitor market shares, product portfolios, and capabilities. It’ll help reader analyse key market and technology trends and supply an overview of the market from a regional perspective. It also develops an actionable set of recommendations and conclusions.
Key Issues Addressed
- What is the business environment of the power electronics systems? What kind of market dynamics and impact will it have on the automotive industry?
- What are the key strategies that OEMs in Europe, North America, and Japan plan to use to produce high performance batteries and impact of power electronic systems?
- What are the technology and manufacturing trends in Europe, North America, and Japan? What is the status of existing development and how will it evolve in the future?
- How will the xEV power electronics market evolve in the next five to seven years?
- What are the different types of regulatory standards applicable for xEV power electronics?
| No Index | No |
|---|---|
| Podcast | No |
| Author | Arvind Noel Xavier Leo |
| Industries | Automotive |
| WIP Number | ME25-01-00-00-00 |
| Is Prebook | No |
| GPS Codes | 9673-A6,9800-A6,9807-A6,9813-A6,9883-A6,9882-A6,9AF6-A6 |