市場調查報告書

全球電動和混合動力汽車電力電子市場:分析和預測(至2025年)

Global Analysis of Power Electronic Market for Electric and Hybrid Vehicles, Forecast to 2025

出版商 Frost & Sullivan 商品編碼 950651
出版日期 內容資訊 英文 101 Pages
商品交期: 最快1-2個工作天內
價格
全球電動和混合動力汽車電力電子市場:分析和預測(至2025年) Global Analysis of Power Electronic Market for Electric and Hybrid Vehicles, Forecast to 2025
出版日期: 2020年06月30日內容資訊: 英文 101 Pages
簡介

隨著對電動和混合動力汽車需求的增長,預計全球電力電子市場將繼續擴大。每個公司都試圖在相互競爭的同時,開發,改進和小型化各種組件(逆變器,轉換器,電動機等)。

本報告分析了全球電動汽車(EV)和混合動力汽車(HEV)的電力電子技術和市場趨勢,並概述了電力電子技術,主要應用領域和當前技術水平的概況和要求。產品組合,未來市場規模前景,主要市場驅動因素/抑制因素,主要公司的現狀以及未來的開發/生產計劃,按地區/細分市場劃分的詳細趨勢,未來市場機會和有待解決的挑戰等。我們將收集信息並將其交付。

內容

執行摘要

分析範圍,目的,背景,方法

定義

  • 電動汽車(xEV)
  • 電力電子市場定義和類型
  • 電力電子組件:原理圖

用於xEV的高壓線束/電纜

  • 汽車線束:定義和類型
  • 線束設計和生產活動的基地
  • 汽車線束的技術趨勢
  • 按xEV類型進行線束市場收益預測
  • 高壓xEV的電纜結構
  • 汽車接線技術趨勢
  • 高壓線束價格趨勢
  • 線束行業供應鏈分析:生態系統製圖
  • 線束行業供應鏈分析:中國供應商
  • 線束市場中公司之間的比較

用於xEV的高壓連接器

  • 汽車連接器:定義和類型
  • 電線連接器的設計和生產活動的中心
  • 汽車連接器:類型和產品線
  • 汽車連接器:技術趨勢
  • xEV類型的連接器產量佔有率(預測值)
  • 連接器生產份額(預測):按xEV類型和OEM劃分
  • 連接器供應鏈分析:生態系統製圖
  • 連接器市場中公司之間的比較

用於xEV的高壓逆變器

  • 汽車逆變器:定義和類型
  • 汽車逆變器路線圖
  • 技術趨勢:逆變器的未來展望(2025)
  • 逆變器產量份額:按電動汽車類型預測
  • 電力電子的當前和未來分佈
  • xEV逆變器的價格趨勢
  • 逆變器價值鏈分析:生態系統製圖
  • 逆變器市場中公司之間的比較

xEV接觸器

  • 汽車接觸器(電磁接觸器):定義和類型
  • 接觸器的技術趨勢
  • 接觸器結構截止機制
  • 接觸器技術和價格趨勢
  • 接觸器產量預測:按xEV類型
  • 接觸者/供應商:生態系統映射(概述)

用於xEV的DC/DC轉換器

  • 汽車用DC/DC轉換器:定義和類型
  • 未來的DC/DC轉換器技術:案例研究
  • 汽車DC/DC轉換器路線圖
  • xEV的DC/DC轉換器的價格趨勢
  • DC/DC轉換器供應鏈分析:生態系統映射
  • DC-DC轉換器市場中公司之間的比較

供應商資料

  • 高壓功率組件供應商資料:ABB
  • 高壓功率元件供應商資料:Aptiv
  • 高壓功率組件供應商資料:Nexans
  • 高壓功率元件供應商資料:TE Con□□nectivity
  • 高壓功率組件供應商資料:DRAXLMAIER
  • 高壓功率組件供應商資料:THB Group
  • 高壓功率組件供應商資料:Denso
  • 高壓功率組件供應商資料:Schaltbau
  • 高壓功率組件供應商資料:JONHON
  • 高壓功率組件供應商資料:BYD
  • DC/DC轉換器供應商資料:Shijiazhuang Dilong Technology
  • DC/DC轉換器供應商資料:Hella
  • DC/DC轉換器供應商資料:Continental

增長機會和建議的行動(C2A)

  • 五個主要的增長機會
  • 全球xEV市場的戰略挑戰

結論和未來展望

附錄

分析目標年份/地區

分析年:基準年(2019),預測期(2020-2025)

分析區域:歐洲(奧地利,意大利,比利時,拉脫維亞,保加利亞,立陶宛,克羅地亞,盧森堡,塞浦路斯,馬耳他,捷克共和國,荷蘭,丹麥,波蘭,愛沙尼亞,葡萄牙,芬蘭,羅馬尼亞,法國,斯洛伐克,德國) ,斯洛文尼亞,希臘,西班牙,匈牙利,瑞典,愛爾蘭,英國),北美(美國),韓國,中國,日本

目錄
Product Code: ME25-18

Integration of Power Components for Modular and Flexi-Electric-Vehicle Platforms to be Key Focus Until 2025

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?

Table of Contents

Executive Summary

  • 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, Objectives, Background, and Methodology

  • Research Scope
  • Research Aim and Objectives
  • Key Questions this Study will Answer
  • Research Methodology
  • Key Participant Groups and Associated Brands Compared in this Study

Definitions

  • Electric Vehicles (xEV) in Scope-Definitions
  • Power Electronics Market-Definitions and Types
  • Schematic Representation of Power Electronics Components

High-Voltage Wire Harnesses and Cabling for xEVs

  • 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

High Voltage Connectors for xEVs

  • 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

High Voltage Inverters for xEVs

  • 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

Contactors for xEVs

  • 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

DC/DC Converter for xEVs

  • 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

Supplier Profiles

  • 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-DRAXLMAIER
  • 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

Growth Opportunities and Companies to Action

  • 5 Major Growth Opportunities
  • Strategic Imperatives for the Global xEV Market

Conclusions and Future Outlook

  • Conclusions
  • Legal Disclaimer

Appendix

  • 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)