Wireless Electric Vehicle Charging Market Size by Power Type, Charging Method, Application, Sales Channel, Vehicle Type, Charging Type, Region, Industry-Wide Analysis, Competitive Landscape Assessment & Long-Term Forecast to 2030

45.34%
CAGR (2024-2030)
51.56 USD Mn.
Market Size
324
Report Pages
136
Market Tables

Overview

Wireless Electric Vehicle Charging Market is expected to grow at a CAGR of 45.34% during the forecast period. Wireless Electric Vehicle Charging Market is expected to reach US$ 706.37 Mn by 2030.

Wireless Electric Vehicle Charging Market Overview

Wireless charging is additionally acknowledged as conductive charging. Wireless charging is achieved with the use of an electromagnetic area to switch strength between two objects or factors through electromagnetic induction. It is essential to have a charging station to execute the wi-fi EV charging. Electric powered motors are believed to be an integral phase of the future of the car industry. The quantity of cash spending tendencies on electric powered automobiles (EVs) can be interpreted even through sports activities auto manufacturers, such as McLaren, Ferrari, and Porsche, have combined electric powered engines alongside with their supercharged petrol engines, to make their vehicles environmental-friendly. Companies, such as Qualcomm, are trying to improve possible wi-fi charging technologies. Several auto OEMs, such as Toyota, BMW, Audi, Volkswagen, Renault, Ford, Nissan, Daimler, and Maserati are spending drastically on R&D activities to do that technology. The increase of electric powered automobiles is expected to amplify the want for charging tools and wi-fi charging, which claims to limit effort put in to cost of the vehicle. Wireless charging will be accepted remarkably in the coming years and so have a growing market by the end of the forecast period.Wireless Electric Vehicle Charging MarketTo know about the Research Methodology :- Request Free Sample Report

Wireless Electric Vehicle Charging Market Dynamics

Globally, Wireless Electric Vehicle Charging Market is exceptionally pushed by means of the increasing penetration of electric powered vehicles throughout the globe and the want for environment friendly battery charging applied sciences can be attributed to the boom of world wi-fi electric powered automobile charging market. The Wireless Electric Vehicle Charging is successful in charging the electric powered motors in brief span as in contrast to the wired system as the Wireless Electric Vehicle Charging can be used whilst the automobile is in motion. One of the distinguished participants in the Wireless Electric Vehicle Charging has developed cellular apps built-in with the charging system, which lets in the clients to cost their electric powered cars by means of parking their automobiles in the company’s energy station and cost electric powered automobiles with a click on the smartphone. These trends will additionally make contributions to the boom of internationalmarket. The technological challenges such as the signaling trouble and mistakes amongst others would possibly pose as a restraint to the Wireless Electric Vehicle Charging Market.

Increasing Sales of Electric Vehicles

Electric automobile market has been witnessing increase charge in the last few years. The electric vehicle sale reached about 1,614,048 units in 2018. This spike in sale is the end result of making bigger regulatory norms, by using a number of agencies and governments, to manipulate emission ranges and to propagate zero-emissions vehicles. This has compelled the automakers to expand their expenditure on R&D of electric powered vehicles, which finally allowed them to market electric powered automobiles as the future. This approach had a sturdy influence on people, as there used to be a widespread exchange from traditional IC engine motors to electric powered vehicles.

Electric cars have reached on par (sometimes surpassed) with IC engine motors in phrases of performance, maintenance, and the preliminary value of purchase. Tesla has manufactured electric powered cars, which declare to have increased acceleration, power and pinnacle speed than a common IC engine/hybrid car. Governments throughout the globe have initiated more than a few schemes and initiatives, which motivate a client to select electric powered cars over traditional vehicles. California ZEV program, which pursuits at having 1.5 million electric powered cars on street via 2025, is one such initiative that promotes electric powered vehicles. Countries like India, China, United Kingdom, Korea, France, Germany and Norway have a number of incentives for customers willing to purchase an electric powered vehicle.

Europe being the fastest growing Wireless Electric Vehicle Charging Market

Europe is predicted to be the greatest manufacturing hub, and additionally the greatest market for Wireless Electric Vehicle Charging stations. This boom owes to the availability of plausible infrastructures to assist electric powered automobile sales. Electric automobiles are viewed to be a possible choice with the aid of clients whilst buying a vehicle. The income of electric powered cars in the European area have been on the rise. The income is forecasted to increase, thereby opening possibilities for technologies, like wi-fi charging infrastructure for electric powered vehicles. Germany, alongside with the United Kingdom and France, will be the largest market for wi-fi charging due to an aggregate of economies of scale, excessive ranges of income, and being an automobile manufacturing hub. In countries, like Belgium and the United Kingdom, surveys have proven that vans, buses, and taxis are extra in all likelihood to be given wi-fi charging of vehicles, as these unique segments require excessive with charging methods.

Wireless Electric Vehicle Charging Market  Key Development

February 2019, WiTricity entered into a technological licensing settlement with Yura Corporation, a main South Korea-based car Tier 1 supplier.

March 2019, Elix introduced the grand opening of its China engineering core placed in Zongshen Power’s cutting-edge campus in Chongqing.

March 2019, WiTricity set up an improvement group in Switzerland and prolonged its relationship with the University of Auckland. WiTricity’s Switzerland Development Center (SDC) will focus on product R&D and commercialization of wi-fi electric powered automobile charging and supply aid to OEMs and Tier 1s each in the place and globally.

November 2019, London-based Connected Kerb partnered with Munich-based induction technological know-how expert Magment to supply the first UK instalment of wireless/induction charging throughout a couple of public sites; on-street residential, automobile parks, public provider and taxi ranks. The arrival of this science will lay the basis of a new technology of EV charging, assisting to make EVs on hand to these with disabilities and extra handy for all people.

Wireless Electric Vehicle Charging Market Scope: Inquire before buying

Wireless Electric Vehicle Charging Market
Report Coverage Details
Base Year: 2023 Forecast Period: 2024-2030
Historical Data: 2018 to 2023 Market Size in 2023: US $ 51.56 Mn.
Forecast Period 2024 to 2030 CAGR: 45.34% Market Size in 2030: US $ 706.37 Mn.
Segments Covered: by Power Type 3 - <11 KW
11 – 50 KW
> 50 KW
by Charging Method CWPT
MGWPT
RIPT
IPT
by Application Home
Commercial
by Sales Channel OEM
Aftermarket
by Vehicle Type Battery Electric Vehicle
Plug Hybrid Vehicle
Commercial Vehicle
by Charging Type Dynamic Wireless Channel
Stationary Wireless Channel

Wireless Electric Vehicle Charging Market, by Region

North America (United States, Canada and Mexico)
Europe (UK, France, Germany, Italy, Spain, Sweden, Austria and Rest of Europe)
Asia Pacific (China, South Korea, Japan, India, Australia, Indonesia, Malaysia, Vietnam, Taiwan, Bangladesh, Pakistan and Rest of APAC)
Middle East and Africa (South Africa, GCC, Egypt, Nigeria and Rest of ME&A)
South America (Brazil, Argentina Rest of South America)

Wireless Electric Vehicle Charging Market, Key Players

1. Robert Bosch GmbH
2. Continental AG
3. WiTricity Corporation
4. ZTE Corporation
5. HELLA KGaA Hueck & Co. (Germany)
6. Bombardier
7. Evatran Group Inc. (plug less power)
8. Fulton Innovation
9. Integrated Device Technology, Inc.
10. Powermat Technologies Ltd
11. Qualcomm Inc.
12. Texas Instruments Inc.
13. Toyota Motor Corporation
14. Volvo Cars

Frequently Asked Questions:

1. Which region has the largest share in Wireless Electric Vehicle Charging Market?
Ans: Europe region holds the highest share in 2023.

2. What is the growth rate of Wireless Electric Vehicle Charging Market?
Ans: The Wireless Electric Vehicle Charging Market is growing at a CAGR of 45.34% during forecasting period 2024-2030.

3. What is scope of the Wireless Electric Vehicle Charging market report?
Ans: Wireless Electric Vehicle Charging Market report helps with the PESTEL, PORTER, COVID-19 Impact analysis, Recommendations for Investors & Leaders, and market estimation of the forecast period.

4. Who are the key players in Wireless Electric Vehicle Charging market?
Ans: The important key players in the Wireless Electric Vehicle Charging Market are – Robert Bosch GmbH, Continental AG, WiTricity Corporation, ZTE Corporation, HELLA KGaA Hueck & Co., Bombardier, Evatran Group Inc., Fulton Innovation, Integrated Device Technology, Inc., Powermat Technologies Ltd, Qualcomm Inc., Texas Instruments Inc., Toyota Motor Corporation, and Volvo Cars.

5. What is the study period of this market?
Ans: The Wireless Electric Vehicle Charging Market is studied from 2023 to 2030.

Table of Contents

Wireless Electric Vehicle Charging Market 1. Preface 1.1. Report Scope and Market Segmentation 1.2. Research Highlights 1.3. Research Objectives 2. Assumptions and Research Methodology 2.1. Report Assumptions 2.2. Abbreviations 2.3. Research Methodology 2.3.1. Secondary Research 2.3.1.1. Secondary data 2.3.1.2. Secondary Sources 2.3.2. Primary Research 2.3.2.1. Data from Primary Sources 2.3.2.2. Breakdown of Primary Sources 3. Executive Summary: Wireless Electric Vehicle Charging Market Size, by Market Value (US$ Mn) 4. Market Overview 4.1. Introduction 4.2. Market Indicator 4.2.1. Drivers 4.2.2. Restraints 4.2.3. Opportunities 4.2.4. Challenges 4.3. Porter’s Analysis 4.4. Value Chain Analysis 4.5. Market Risk Analysis 4.6. SWOT Analysis 4.7. Industry Trends and Emerging Technologies 5. Supply Side and Demand Side Indicators 6. Wireless Electric Vehicle Charging Market Analysis and Forecast 7. Wireless Electric Vehicle Charging Market Analysis and Forecast, by Power Type 7.1 Introduction and Definition 7.2 Key Findings 7.3 Wireless Electric Vehicle Charging Market Value Share Analysis, by Power Type 7.4 Wireless Electric Vehicle Charging Market Size (US$ Mn) Forecast, by Power Type 7.5 Wireless Electric Vehicle Charging Market Analysis, by Power Type 7.6 Wireless Electric Vehicle Charging Market Attractiveness Analysis, by Power Type 8. Wireless Electric Vehicle Charging Market Analysis and Forecast, by Charging Method 8.1 Introduction and Definition 8.2 Key Findings 8.3 Wireless Electric Vehicle Charging Market Value Share Analysis, by Charging Method 8.4 Wireless Electric Vehicle Charging Market Size (US$ Mn) Forecast, by Charging Method 8.5 Wireless Electric Vehicle Charging Market Analysis, by Charging Method 8.6 Wireless Electric Vehicle Charging Market Attractiveness Analysis, by Charging Method 9. Wireless Electric Vehicle Charging Market Analysis and Forecast, by Application 9.1 Introduction and Definition 9.2 Key Findings 9.3 Wireless Electric Vehicle Charging Market Value Share Analysis, by Application 9.4 Wireless Electric Vehicle Charging Market Size (US$ Mn) Forecast, by Application 9.5 Wireless Electric Vehicle Charging Market Analysis, by Application 9.6 Wireless Electric Vehicle Charging Market Attractiveness Analysis, by Application 10. Wireless Electric Vehicle Charging Market Analysis and Forecast, by Sales Channel 10.1 Introduction and Definition 10.2 Key Findings 10.3 Wireless Electric Vehicle Charging Market Value Share Analysis, by Sales Channel 10.4 Wireless Electric Vehicle Charging Market Size (US$ Mn) Forecast, by Sales Channel 10.5 Wireless Electric Vehicle Charging Market Analysis, by Sales Channel 10.6 Wireless Electric Vehicle Charging Market Attractiveness Analysis, by Sales Channel 11. Wireless Electric Vehicle Charging Market Analysis and Forecast, by Vehicle Type 11.1 Introduction and Definition 11.2 Key Findings 11.3 Wireless Electric Vehicle Charging Market Value Share Analysis, by Vehicle Type 11.4 Wireless Electric Vehicle Charging Market Size (US$ Mn) Forecast, by Vehicle Type 11.5 Wireless Electric Vehicle Charging Market Analysis, by Vehicle Type 11.6 Wireless Electric Vehicle Charging Market Attractiveness Analysis, by Vehicle Type 12. Wireless Electric Vehicle Charging Market Analysis and Forecast, by Charging Type 12.1 Introduction and Definition 12.2 Key Findings 12.3 Wireless Electric Vehicle Charging Market Value Share Analysis, by Charging Type 12.4 Wireless Electric Vehicle Charging Market Size (US$ Mn) Forecast, by Charging Type 12.5 Wireless Electric Vehicle Charging Market Analysis, by Charging Type 12.6 Wireless Electric Vehicle Charging Market Attractiveness Analysis, by Charging Type 13. Wireless Electric Vehicle Charging Market Analysis 13.1 Key Findings 13.2 Wireless Electric Vehicle Charging Market Overview 13.3 Wireless Electric Vehicle Charging Market Value Share Analysis, by Type 13.4 Wireless Electric Vehicle Charging Market, by Power Type 13.4.1 3 - <11 KW 13.4.2 11- 50 kw 13.4.3 >50 kw 13.5 Wireless Electric Vehicle Charging Market, by Charging Method 13.5.1 CWPT 13.5.2 MGWPT 13.5.3 RIPT 13.5.4 IPT 13.6 Wireless Electric Vehicle Charging Market, by Application 13.6.1 Home 13.6.2 Commercial 13.7 Wireless Electric Vehicle Charging Market, by Sales Channel 13.7.1 OEMs 13.7.2 Aftermarket 13.8 Wireless Electric Vehicle Charging Market, by Vehicle Type 13.8.1 Battery Electric Vehicle 13.8.2 Plug hybrid electric Vehicle 13.8.3 Commercial Vehicle 13.9 Wireless Electric Vehicle Charging Market, by Charging Type 13.9.1 Dynamic Wireless Charging 13.9.2 Stationary Wireless Charging 13.10 Wireless Electric Vehicle Charging Market Attractive Analysis 13.10.1 Power Type 13.10.2 Charging Method 13.10.3 Application 13.10.4 Sales Channel 13.10.5 Vehicle Type 13.10.6 Charging Type 13.11 PEST Analysis 13.12 Key Trends 13.13 Key Developments 14. North America Wireless Electric Vehicle Charging Market Analysis 14.1 Key Findings 14.2 North America Wireless Electric Vehicle Charging Market Overview 14.3 North America Wireless Electric Vehicle Charging Market Value Share Analysis, by Type 14.4 North America Wireless Electric Vehicle Charging Market, by Power Type 14.4.1 3 - <11 KW 14.4.2 11- 50 kw 14.4.3 >50 kw 14.5 North America Wireless Electric Vehicle Charging Market, by Charging Method 14.5.1 CWPT 14.5.2 MGWPT 14.5.3 RIPT 14.5.4 IPT 14.6 North America Wireless Electric Vehicle Charging Market, by Application 14.6.1 Home 14.6.2 Commercial 14.7 North America Wireless Electric Vehicle Charging Market, by Sales Channel 14.7.1 OEMs 14.7.2 Aftermarket 14.8 North America Wireless Electric Vehicle Charging Market, by Vehicle Type 14.8.1 Battery Electric Vehicle 14.8.2 Plug hybrid electric Vehicle 14.8.3 Commercial Vehicle 14.9 North America Wireless Electric Vehicle Charging Market, by Charging Type 14.9.1 Dynamic Wireless Charging 14.9.2 Stationary Wireless Charging 14.10 North America Wireless Electric Vehicle Charging Market, by Region 14.10.1 US 14.10.2 Canada 14.11 US Wireless Electric Vehicle Charging Market, by Power Type 14.11.1 3 - <11 KW 14.11.2 11- 50 kw 14.11.3 >50 kw 14.12 US Wireless Electric Vehicle Charging Market, by Charging Method 14.12.1 CWPT 14.12.2 MGWPT 14.12.3 RIPT 14.12.4 IPT 14.13 US Wireless Electric Vehicle Charging Market, by Application 14.13.1 Home 14.13.2 Commercial 14.14 US Wireless Electric Vehicle Charging Market, by Sales Channel 14.14.1 OEMs 14.14.2 Aftermarket 14.15 US Wireless Electric Vehicle Charging Market, by Vehicle Type 14.15.1 Battery Electric Vehicle 14.15.2 Plug hybrid electric Vehicle 14.15.3 Commercial Vehicle 14.16 US Wireless Electric Vehicle Charging Market, by Charging Type 14.16.1 Dynamic Wireless Charging 14.16.2 Stationary Wireless Charging 14.17 Canada Wireless Electric Vehicle Charging Market, by Power Type 14.17.1 3 - <11 KW 14.17.2 11- 50 kw 14.17.3 >50 kw 14.18 Canada Wireless Electric Vehicle Charging Market, by Charging Method 14.18.1 CWPT 14.18.2 MGWPT 14.18.3 RIPT 14.18.4 IPT 14.19 Canada Wireless Electric Vehicle Charging Market, by Application 14.19.1 Home 14.19.2 Commercial 14.20 Canada Wireless Electric Vehicle Charging Market, by Sales Channel 14.20.1 OEMs 14.20.2 Aftermarket 14.21 Canada Wireless Electric Vehicle Charging Market, by Vehicle Type 14.21.1 Battery Electric Vehicle 14.21.2 Plug hybrid electric Vehicle 14.21.3 Commercial Vehicle 14.22 Canada Wireless Electric Vehicle Charging Market, by Charging Type 14.22.1 Dynamic Wireless Charging 14.22.2 Stationary Wireless Charging 14.23 North America Wireless Electric Vehicle Charging Market Attractive Analysis 14.23.1 Power Type 14.23.2 Charging Method 14.23.3 Application 14.23.4 Sales Channel 14.23.5 Vehicle Type 14.23.6 Charging Type 14.24 PEST Analysis 14.25 Key Trends 14.26 Key Developments 15. Europe Wireless Electric Vehicle Charging Market Analysis 15.1 Key Findings 15.2 Europe Wireless Electric Vehicle Charging Market Overview 15.3 Europe Wireless Electric Vehicle Charging Market Value Share Analysis, by Type 15.4 Europe Wireless Electric Vehicle Charging Market, by Power Type 15.4.1 3 - <11 KW 15.4.2 11- 50 kw 15.4.3 >50 kw 15.5 Europe Wireless Electric Vehicle Charging Market, by Charging Method 15.5.1 CWPT 15.5.2 MGWPT 15.5.3 RIPT 15.5.4 IPT 15.6 Europe Wireless Electric Vehicle Charging Market, by Application 15.6.1 Home 15.6.2 Commercial 15.7 Europe Wireless Electric Vehicle Charging Market, by Sales Channel 15.7.1 OEMs 15.7.2 Aftermarket 15.8 Europe Wireless Electric Vehicle Charging Market, by Vehicle Type 15.8.1 Battery Electric Vehicle 15.8.2 Plug hybrid electric Vehicle 15.8.3 Commercial Vehicle 15.9 Europe Wireless Electric Vehicle Charging Market, by Charging Type 15.9.1 Dynamic Wireless Charging 15.9.2 Stationary Wireless Charging 15.10 Europe Wireless Electric Vehicle Charging Market, by Region 15.10.1 UK 15.10.2 France 15.10.3 Germany 15.10.4 Italy 15.10.5 Spain 15.10.6 Norway 15.10.7 Russia 15.11 UK Wireless Electric Vehicle Charging Market, by Power Type 15.11.1 3 - <11 KW 15.11.2 11- 50 kw 15.11.3 >50 kw 15.12 UK Wireless Electric Vehicle Charging Market, by Charging Method 15.12.1 CWPT 15.12.2 MGWPT 15.12.3 RIPT 15.12.4 IPT 15.13 UK Wireless Electric Vehicle Charging Market, by Application 15.13.1 Home 15.13.2 Commercial 15.14 UK Wireless Electric Vehicle Charging Market, by Sales Channel 15.14.1 OEMs 15.14.2 Aftermarket 15.15 UK Wireless Electric Vehicle Charging Market, by Vehicle Type 15.15.1 Battery Electric Vehicle 15.15.2 Plug hybrid electric Vehicle 15.15.3 Commercial Vehicle 15.16 UK Wireless Electric Vehicle Charging Market, by Charging Type 15.16.1 Dynamic Wireless Charging 15.16.2 Stationary Wireless Charging 15.17 France Wireless Electric Vehicle Charging Market, by Power Type 15.17.1 3 - <11 KW 15.17.2 11- 50 kw 15.17.3 >50 kw 15.18 France Wireless Electric Vehicle Charging Market, by Charging Method 15.18.1 CWPT 15.18.2 MGWPT 15.18.3 RIPT 15.18.4 IPT 15.19 France Wireless Electric Vehicle Charging Market, by Application 15.19.1 Home 15.19.2 Commercial 15.20 France Wireless Electric Vehicle Charging Market, by Sales Channel 15.20.1 OEMs 15.20.2 Aftermarket 15.21 France Wireless Electric Vehicle Charging Market, by Vehicle Type 15.21.1 Battery Electric Vehicle 15.21.2 Plug hybrid electric Vehicle 15.21.3 Commercial Vehicle 15.22 France ireless Electric Vehicle Charging Market, by Charging Type 15.22.1 Dynamic Wireless Charging 15.22.2 Stationary Wireless Charging 15.23 Germany Wireless Electric Vehicle Charging Market, by Power Type 15.23.1 3 - <11 KW 15.23.2 11- 50 kw 15.23.3 >50 kw 15.24 Germany Wireless Electric Vehicle Charging Market, by Charging Method 15.24.1 CWPT 15.24.2 MGWPT 15.24.3 RIPT 15.24.4 IPT 15.25 Germany Wireless Electric Vehicle Charging Market, by Application 15.25.1 Home 15.25.2 Commercial 15.26 Germany Wireless Electric Vehicle Charging Market, by Sales Channel 15.26.1 OEMs 15.26.2 Aftermarket 15.27 Germany Wireless Electric Vehicle Charging Market, by Vehicle Type 15.27.1 Battery Electric Vehicle 15.27.2 Plug hybrid electric Vehicle 15.27.3 Commercial Vehicle 15.28 Germany Wireless Electric Vehicle Charging Market, by Charging Type 15.28.1 Dynamic Wireless Charging 15.28.2 Stationary Wireless Charging 15.29 Italy Wireless Electric Vehicle Charging Market, by Power Type 15.29.1 3 - <11 KW 15.29.2 11- 50 kw 15.29.3 >50 kw 15.30 Italy Wireless Electric Vehicle Charging Market, by Charging Method 15.30.1 CWPT 15.30.2 MGWPT 15.30.3 RIPT 15.30.4 IPT 15.31 Italy Wireless Electric Vehicle Charging Market, by Application 15.31.1 Home 15.31.2 Commercial 15.32 Italy Wireless Electric Vehicle Charging Market, by Sales Channel 15.32.1 OEMs 15.32.2 Aftermarket 15.33 Italy Wireless Electric Vehicle Charging Market, by Vehicle Type 15.33.1 Battery Electric Vehicle 15.33.2 Plug hybrid electric Vehicle 15.33.3 Commercial Vehicle 15.34 Italy Wireless Electric Vehicle Charging Market, by Charging Type 15.34.1 Dynamic Wireless Charging 15.34.2 Stationary Wireless Charging 15.35 Spain Wireless Electric Vehicle Charging Market, by Power Type 15.35.1 3 - <11 KW 15.35.2 11- 50 kw 15.35.3 >50 kw 15.36 Spain Wireless Electric Vehicle Charging Market, by Charging Method 15.36.1 CWPT 15.36.2 MGWPT 15.36.3 RIPT 15.36.4 IPT 15.37 Spain Wireless Electric Vehicle Charging Market, by Application 15.37.1 Home 15.37.2 Commercial 15.38 Spain Wireless Electric Vehicle Charging Market, by Sales Channel 15.38.1 OEMs 15.38.2 Aftermarket 15.39 Spain Wireless Electric Vehicle Charging Market, by Vehicle Type 15.39.1 Battery Electric Vehicle 15.39.2 Plug hybrid electric Vehicle 15.39.3 Commercial Vehicle 15.40 Spain Wireless Electric Vehicle Charging Market, by Charging Type 15.40.1 Dynamic Wireless Charging 15.40.2 Stationary Wireless Charging 15.41 Norway Wireless Electric Vehicle Charging Market, by Power Type 15.41.1 3 - <11 KW 15.41.2 11- 50 kw 15.41.3 >50 kw 15.42 Norway Wireless Electric Vehicle Charging Market, by Charging Method 15.42.1 CWPT 15.42.2 MGWPT 15.42.3 RIPT 15.42.4 IPT 15.43 Norway Wireless Electric Vehicle Charging Market, by Application 15.43.1 Home 15.43.2 Commercial 15.44 Norway Wireless Electric Vehicle Charging Market, by Sales Channel 15.44.1 OEMs 15.44.2 Aftermarket 15.45 Norway Wireless Electric Vehicle Charging Market, by Vehicle Type 15.45.1 Battery Electric Vehicle 15.45.2 Plug hybrid electric Vehicle 15.45.3 Commercial Vehicle 15.46 Norway Wireless Electric Vehicle Charging Market, by Charging Type 15.46.1 Dynamic Wireless Charging 15.46.2 Stationary Wireless Charging 15.47 Russia Wireless Electric Vehicle Charging Market, by Power Type 15.47.1 3 - <11 KW 15.47.2 11- 50 kw 15.47.3 >50 kw 15.48 Russia Wireless Electric Vehicle Charging Market, by Charging Method 15.48.1 CWPT 15.48.2 MGWPT 15.48.3 RIPT 15.48.4 IPT 15.49 Russia Wireless Electric Vehicle Charging Market, by Application 15.49.1 Home 15.49.2 Commercial 15.50 Russia Wireless Electric Vehicle Charging Market, by Sales Channel 15.50.1 OEMs 15.50.2 Aftermarket 15.51 Russia Wireless Electric Vehicle Charging Market, by Vehicle Type 15.51.1 Battery Electric Vehicle 15.51.2 Plug hybrid electric Vehicle 15.51.3 Commercial Vehicle 15.52 Russia Wireless Electric Vehicle Charging Market, by Charging Type 15.52.1 Dynamic Wireless Charging 15.52.2 Stationary Wireless Charging 15.53 Europe Wireless Electric Vehicle Charging Market Attractive Analysis 15.53.1 Power Type 15.53.2 Charging Method 15.53.3 Application 15.53.4 Sales Channel 15.53.5 Vehicle Type 15.53.6 Charging Type 15.54 PEST Analysis 15.55 Key Trends 15.56 Key Developments 16. Asia Pacific Wireless Electric Vehicle Charging Market Analysis 16.1 Key Findings 16.2 Asia Pacific Wireless Electric Vehicle Charging Market Overview 16.3 Asia Pacific Wireless Electric Vehicle Charging Market Value Share Analysis, by Type 16.4 Asia Pacific Wireless Electric Vehicle Charging Market, by Power Type 16.4.1 3 - <11 KW 16.4.2 11- 50 kw 16.4.3 >50 kw 16.5 Asia Pacific Wireless Electric Vehicle Charging Market, by Charging Method 16.5.1 CWPT 16.5.2 MGWPT 16.5.3 RIPT 16.5.4 IPT 16.6 Asia Pacific Wireless Electric Vehicle Charging Market, by Application 16.6.1 Home 16.6.2 Commercial 16.7 Asia Pacific Wireless Electric Vehicle Charging Market, by Sales Channel 16.7.1 OEMs 16.7.2 Aftermarket 16.8 Asia Pacific Wireless Electric Vehicle Charging Market, by Vehicle Type 16.8.1 Battery Electric Vehicle 16.8.2 Plug hybrid electric Vehicle 16.8.3 Commercial Vehicle 16.9 Asia Pacific Wireless Electric Vehicle Charging Market, by Charging Type 16.9.1 Dynamic Wireless Charging 16.9.2 Stationary Wireless Charging 16.10 Asia Pacific Wireless Electric Vehicle Charging Market, by Region 16.10.1 China 16.10.2 India 16.10.3 Japan 16.10.4 South Korea 16.10.5 Australia 16.10.6 Malaysia 16.10.7 Indonesia 16.11 China Wireless Electric Vehicle Charging Market, by Power Type 16.11.1 3 - <11 KW 16.11.2 11- 50 kw 16.11.3 >50 kw 16.12 China Wireless Electric Vehicle Charging Market, by Charging Method 16.12.1 CWPT 16.12.2 MGWPT 16.12.3 RIPT 16.12.4 IPT 16.13 China Wireless Electric Vehicle Charging Market, by Application 16.13.1 Home 16.13.2 Commercial 16.14 China Wireless Electric Vehicle Charging Market, by Sales Channel 16.14.1 OEMs 16.14.2 Aftermarket 16.15 China Wireless Electric Vehicle Charging Market, by Vehicle Type 16.15.1 Battery Electric Vehicle 16.15.2 Plug hybrid electric Vehicle 16.15.3 Commercial Vehicle 16.16 China Wireless Electric Vehicle Charging Market, by Charging Type 16.16.1 Dynamic Wireless Charging 16.16.2 Stationary Wireless Charging 16.17 India Wireless Electric Vehicle Charging Market, by Power Type 16.17.1 3 - <11 KW 16.17.2 11- 50 kw 16.17.3 >50 kw 16.18 India Wireless Electric Vehicle Charging Market, by Charging Method 16.18.1 CWPT 16.18.2 MGWPT 16.18.3 RIPT 16.18.4 IPT 16.19 India Wireless Electric Vehicle Charging Market, by Application 16.19.1 Home 16.19.2 Commercial 16.20 India Wireless Electric Vehicle Charging Market, by Sales Channel 16.20.1 OEMs 16.20.2 Aftermarket 16.21 India Wireless Electric Vehicle Charging Market, by Vehicle Type 16.21.1 Battery Electric Vehicle 16.21.2 Plug hybrid electric Vehicle 16.21.3 Commercial Vehicle 16.22 India Wireless Electric Vehicle Charging Market, by Charging Type 16.22.1 Dynamic Wireless Charging 16.22.2 Stationary Wireless Charging 16.23 Japan Wireless Electric Vehicle Charging Market, by Power Type 16.23.1 3 - <11 KW 16.23.2 11- 50 kw 16.23.3 >50 kw 16.24 Japan Wireless Electric Vehicle Charging Market, by Charging Method 16.24.1 CWPT 16.24.2 MGWPT 16.24.3 RIPT 16.24.4 IPT 16.25 Japan Wireless Electric Vehicle Charging Market, by Application 16.25.1 Home 16.25.2 Commercial 16.26 Japan Wireless Electric Vehicle Charging Market, by Sales Channel 16.26.1 OEMs 16.26.2 Aftermarket 16.27 Japan Wireless Electric Vehicle Charging Market, by Vehicle Type 16.27.1 Battery Electric Vehicle 16.27.2 Plug hybrid electric Vehicle 16.27.3 Commercial Vehicle 16.28 Japan Wireless Electric Vehicle Charging Market, by Charging Type 16.28.1 Dynamic Wireless Charging 16.28.2 Stationary Wireless Charging 16.29 South Korea Wireless Electric Vehicle Charging Market, by Power Type 16.29.1 3 - <11 KW 16.29.2 11- 50 kw 16.29.3 >50 kw 16.30 South Korea Wireless Electric Vehicle Charging Market, by Charging Method 16.30.1 CWPT 16.30.2 MGWPT 16.30.3 RIPT 16.30.4 IPT 16.31 South Korea Wireless Electric Vehicle Charging Market, by Application 16.31.1 Home 16.31.2 Commercial 16.32 South Korea Wireless Electric Vehicle Charging Market, by Sales Channel 16.32.1 OEMs 16.32.2 Aftermarket 16.33 South Korea Wireless Electric Vehicle Charging Market, by Vehicle Type 16.33.1 Battery Electric Vehicle 16.33.2 Plug hybrid electric Vehicle 16.33.3 Commercial Vehicle 16.34 South Korea Wireless Electric Vehicle Charging Market, by Charging Type 16.34.1 Dynamic Wireless Charging 16.34.2 Stationary Wireless Charging 16.35 Australia Wireless Electric Vehicle Charging Market, by Power Type 16.35.1 3 - <11 KW 16.35.2 11- 50 kw 16.35.3 >50 kw 16.36 Australia Wireless Electric Vehicle Charging Market, by Charging Method 16.36.1 CWPT 16.36.2 MGWPT 16.36.3 RIPT 16.36.4 IPT 16.37 Australia Wireless Electric Vehicle Charging Market, by Application 16.37.1 Home 16.37.2 Commercial 16.38 Australia Wireless Electric Vehicle Charging Market, by Sales Channel 16.38.1 OEMs 16.38.2 Aftermarket 16.39 Australia Wireless Electric Vehicle Charging Market, by Vehicle Type 16.39.1 Battery Electric Vehicle 16.39.2 Plug hybrid electric Vehicle 16.39.3 Commercial Vehicle 16.40 Australia Wireless Electric Vehicle Charging Market, by Charging Type 16.40.1 Dynamic Wireless Charging 16.40.2 Stationary Wireless Charging 16.41 Malaysia Wireless Electric Vehicle Charging Market, by Power Type 16.41.1 3 - <11 KW 16.41.2 11- 50 kw 16.41.3 >50 kw 16.42 Malaysia Wireless Electric Vehicle Charging Market, by Charging Method 16.42.1 CWPT 16.42.2 MGWPT 16.42.3 RIPT 16.42.4 IPT 16.43 Malaysia Wireless Electric Vehicle Charging Market, by Application 16.43.1 Home 16.43.2 Commercial 16.44 Malaysia Wireless Electric Vehicle Charging Market, by Sales Channel 16.44.1 OEMs 16.44.2 Aftermarket 16.45 Malaysia Wireless Electric Vehicle Charging Market, by Vehicle Type 16.45.1 Battery Electric Vehicle 16.45.2 Plug hybrid electric Vehicle 16.45.3 Commercial Vehicle 16.46 Malaysia Wireless Electric Vehicle Charging Market, by Charging Type 16.46.1 Dynamic Wireless Charging 16.46.2 Stationary Wireless Charging 16.47 Indonesia Wireless Electric Vehicle Charging Market, by Power Type 16.47.1 3 - <11 KW 16.47.2 11- 50 kw 16.47.3 >50 kw 16.48 Indonesia Wireless Electric Vehicle Charging Market, by Charging Method 16.48.1 CWPT 16.48.2 MGWPT 16.48.3 RIPT 16.48.4 IPT 16.49 Indonesia Wireless Electric Vehicle Charging Market, by Application 16.49.1 Home 16.49.2 Commercial 16.50 Indonesia Wireless Electric Vehicle Charging Market, by Sales Channel 16.50.1 OEMs 16.50.2 Aftermarket 16.51 Indonesia Wireless Electric Vehicle Charging Market, by Vehicle Type 16.51.1 Battery Electric Vehicle 16.51.2 Plug hybrid electric Vehicle 16.51.3 Commercial Vehicle 16.52 Indonesia Wireless Electric Vehicle Charging Market, by Charging Type 16.52.1 Dynamic Wireless Charging 16.52.2 Stationary Wireless Charging 16.53 Asia Pacific Wireless Electric Vehicle Charging Market Attractive Analysis 16.53.1 Power Type 16.53.2 Charging Method 16.53.3 Application 16.53.4 Sales Channel 16.53.5 Vehicle Type 16.53.6 Charging Type 16.54 PEST Analysis 16.55 Key Trends 16.56 Key Developments 17. ME&A Wireless Electric Vehicle Charging Market Analysis 17.1 Key Findings 17.2 ME&A Wireless Electric Vehicle Charging Market Overview 17.3 ME&A Wireless Electric Vehicle Charging Market Value Share Analysis, by Type 17.4 ME&A Wireless Electric Vehicle Charging Market, by Power Type 17.4.1 3 - <11 KW 17.4.2 11- 50 kw 17.4.3 >50 kw 17.5 ME&A Wireless Electric Vehicle Charging Market, by Charging Method 17.5.1 CWPT 17.5.2 MGWPT 17.5.3 RIPT 17.5.4 IPT 17.6 ME&A Wireless Electric Vehicle Charging Market, by Application 17.6.1 Home 17.6.2 Commercial 17.7 ME&A Wireless Electric Vehicle Charging Market, by Sales Channel 17.7.1 OEMs 17.7.2 Aftermarket 17.8 ME&A Wireless Electric Vehicle Charging Market, by Vehicle Type 17.8.1 Battery Electric Vehicle 17.8.2 Plug hybrid electric Vehicle 17.8.3 Commercial Vehicle 17.9 ME&A Wireless Electric Vehicle Charging Market, by Charging Type 17.9.1 Dynamic Wireless Charging 17.9.2 Stationary Wireless Charging 17.10 ME&A Wireless Electric Vehicle Charging Market, by Region 17.10.1 GCC 17.10.2 South Africa 17.10.3 Rest of ME&A 17.11 GCC Wireless Electric Vehicle Charging Market, by Power Type 17.11.1 3 - <11 KW 17.11.2 11- 50 kw 17.11.3 >50 kw 17.12 GCC Wireless Electric Vehicle Charging Market, by Charging Method 17.12.1 CWPT 17.12.2 MGWPT 17.12.3 RIPT 17.12.4 IPT 17.13 GCC Wireless Electric Vehicle Charging Market, by Application 17.13.1 Home 17.13.2 Commercial 17.14 GCC Wireless Electric Vehicle Charging Market, by Sales Channel 17.14.1 OEMs 17.14.2 Aftermarket 17.15 GCC Wireless Electric Vehicle Charging Market, by Vehicle Type 17.15.1 Battery Electric Vehicle 17.15.2 Plug hybrid electric Vehicle 17.15.3 Commercial Vehicle 17.16 GCC Wireless Electric Vehicle Charging Market, by Charging Type 17.16.1 Dynamic Wireless Charging 17.16.2 Stationary Wireless Charging 17.17 South Africa Wireless Electric Vehicle Charging Market, by Power Type 17.17.1 3 - <11 KW 17.17.2 11- 50 kw 17.17.3 >50 kw 17.18 South Africa Wireless Electric Vehicle Charging Market, by Charging Method 17.18.1 CWPT 17.18.2 MGWPT 17.18.3 RIPT 17.18.4 IPT 17.19 South Africa Wireless Electric Vehicle Charging Market, by Application 17.19.1 Home 17.19.2 Commercial 17.20 South Africa Wireless Electric Vehicle Charging Market, by Sales Channel 17.20.1 OEMs 17.20.2 Aftermarket 17.21 South Africa Wireless Electric Vehicle Charging Market, by Vehicle Type 17.21.1 Battery Electric Vehicle 17.21.2 Plug hybrid electric Vehicle 17.21.3 Commercial Vehicle 17.22 South Africa Wireless Electric Vehicle Charging Market, by Charging Type 17.22.1 Dynamic Wireless Charging 17.22.2 Stationary Wireless Charging 17.23 Rest of ME&A Wireless Electric Vehicle Charging Market, by Power Type 17.23.1 3 - <11 KW 17.23.2 11- 50 kw 17.23.3 >50 kw 17.24 Rest of ME&A Wireless Electric Vehicle Charging Market, by Charging Method 17.24.1 CWPT 17.24.2 MGWPT 17.24.3 RIPT 17.24.4 IPT 17.25 Rest of ME&A Wireless Electric Vehicle Charging Market, by Application 17.25.1 Home 17.25.2 Commercial 17.26 Rest of ME&A Wireless Electric Vehicle Charging Market, by Sales Channel 17.26.1 OEMs 17.26.2 Aftermarket 17.27 Rest of ME&A Wireless Electric Vehicle Charging Market, by Vehicle Type 17.27.1 Battery Electric Vehicle 17.27.2 Plug hybrid electric Vehicle 17.27.3 Commercial Vehicle 17.28 Rest of ME&A Wireless Electric Vehicle Charging Market, by Charging Type 17.28.1 Dynamic Wireless Charging 17.28.2 Stationary Wireless Charging 17.29 ME&A Wireless Electric Vehicle Charging Market Attractive Analysis 17.29.1 Power Type 17.29.2 Charging Method 17.29.3 Application 17.29.4 Sales Channel 17.29.5 Vehicle Type 17.29.6 Charging Type 17.30 PEST Analysis 17.31 Key Trends 17.32 Key Developments 18. South America Wireless Electric Vehicle Charging Market Analysis 18.1 Key Findings 18.2 South America Wireless Electric Vehicle Charging Market Overview 18.3 South America Wireless Electric Vehicle Charging Market Value Share Analysis, by Type 18.4 South America Wireless Electric Vehicle Charging Market, by Power Type 18.4.1 3 - <11 KW 18.4.2 11- 50 kw 18.4.3 >50 kw 18.5 South America Wireless Electric Vehicle Charging Market, by Charging Method 18.5.1 CWPT 18.5.2 MGWPT 18.5.3 RIPT 18.5.4 IPT 18.6 South America Wireless Electric Vehicle Charging Market, by Application 18.6.1 Home 18.6.2 Commercial 18.7 South America Wireless Electric Vehicle Charging Market, by Sales Channel 18.7.1 OEMs 18.7.2 Aftermarket 18.8 South America Wireless Electric Vehicle Charging Market, by Vehicle Type 18.8.1 Battery Electric Vehicle 18.8.2 Plug hybrid electric Vehicle 18.8.3 Commercial Vehicle 18.9 South America Wireless Electric Vehicle Charging Market, by Charging Type 18.9.1 Dynamic Wireless Charging 18.9.2 Stationary Wireless Charging 18.10 South America Wireless Electric Vehicle Charging Market, by Region 18.10.1 Brazil 18.10.2 Mexico 18.10.3 Argentina 18.10.4 Rest of South America 18.11 Brazil Wireless Electric Vehicle Charging Market, by Power Type 18.11.1 3 - <11 KW 18.11.2 11- 50 kw 18.11.3 >50 kw 18.12 Brazil Wireless Electric Vehicle Charging Market, by Charging Method 18.12.1 CWPT 18.12.2 MGWPT 18.12.3 RIPT 18.12.4 IPT 18.13 Brazil Wireless Electric Vehicle Charging Market, by Application 18.13.1 Home 18.13.2 Commercial 18.14 Brazil Wireless Electric Vehicle Charging Market, by Sales Channel 18.14.1 OEMs 18.14.2 Aftermarket 18.15 Brazil Wireless Electric Vehicle Charging Market, by Vehicle Type 18.15.1 Battery Electric Vehicle 18.15.2 Plug hybrid electric Vehicle 18.15.3 Commercial Vehicle 18.16 Brazil Wireless Electric Vehicle Charging Market, by Charging Type 18.16.1 Dynamic Wireless Charging 18.16.2 Stationary Wireless Charging 18.17 Mexico Wireless Electric Vehicle Charging Market, by Power Type 18.17.1 3 - <11 KW 18.17.2 11- 50 kw 18.17.3 >50 kw 18.18 Mexico Wireless Electric Vehicle Charging Market, by Charging Method 18.18.1 CWPT 18.18.2 MGWPT 18.18.3 RIPT 18.18.4 IPT 18.19 Mexico Wireless Electric Vehicle Charging Market, by Application 18.19.1 Home 18.19.2 Commercial 18.20 Mexico Wireless Electric Vehicle Charging Market, by Sales Channel 18.20.1 OEMs 18.20.2 Aftermarket 18.21 Mexico Wireless Electric Vehicle Charging Market, by Vehicle Type 18.21.1 Battery Electric Vehicle 18.21.2 Plug hybrid electric Vehicle 18.21.3 Commercial Vehicle 18.22 Mexico Wireless Electric Vehicle Charging Market, by Charging Type 18.22.1 Dynamic Wireless Charging 18.22.2 Stationary Wireless Charging 18.23 Argentina Wireless Electric Vehicle Charging Market, by Power Type 18.23.1 3 - <11 KW 18.23.2 11- 50 kw 18.23.3 >50 kw 18.24 Argentina Wireless Electric Vehicle Charging Market, by Charging Method 18.24.1 CWPT 18.24.2 MGWPT 18.24.3 RIPT 18.24.4 IPT 18.25 Argentina Wireless Electric Vehicle Charging Market, by Application 18.25.1 Home 18.25.2 Commercial 18.26 Argentina Wireless Electric Vehicle Charging Market, by Sales Channel 18.26.1 OEMs 18.26.2 Aftermarket 18.27 Argentina Wireless Electric Vehicle Charging Market, by Vehicle Type 18.27.1 Battery Electric Vehicle 18.27.2 Plug hybrid electric Vehicle 18.27.3 Commercial Vehicle 18.28 Argentina Wireless Electric Vehicle Charging Market, by Charging Type 18.28.1 Dynamic Wireless Charging 18.28.2 Stationary Wireless Charging 18.29 Rest of South America Wireless Electric Vehicle Charging Market, by Power Type 18.29.1 3 - <11 KW 18.29.2 11- 50 kw 18.29.3 >50 kw 18.30 Rest of South America Wireless Electric Vehicle Charging Market, by Charging Method 18.30.1 CWPT 18.30.2 MGWPT 18.30.3 RIPT 18.30.4 IPT 18.31 Rest of South America Wireless Electric Vehicle Charging Market, by Application 18.31.1 Home 18.31.2 Commercial 18.32 Rest of South America Wireless Electric Vehicle Charging Market, by Sales Channel 18.32.1 OEMs 18.32.2 Aftermarket 18.33 Rest of South America Wireless Electric Vehicle Charging Market, by Vehicle Type 18.33.1 Battery Electric Vehicle 18.33.2 Plug hybrid electric Vehicle 18.33.3 Commercial Vehicle 18.34 Rest of South America Wireless Electric Vehicle Charging Market, by Charging Type 18.34.1 Dynamic Wireless Charging 18.34.2 Stationary Wireless Charging 18.35 South America Wireless Electric Vehicle Charging Market Attractive Analysis 18.35.1 Power Type 18.35.2 Charging Method 18.35.3 Application 18.35.4 Sales Channel 18.35.5 Vehicle Type 18.35.6 Charging Type 18.36 PEST Analysis 18.37 Key Trends 18.38 Key Developments 19 Company Profiles 19.1 Market Share Analysis, by Company 19.2 Market Share Analysis, by Region 19.3 Market Share Analysis, by Country 19.4 Competition Matrix 19.4.1 Competitive Benchmarking of key players by price, presence, market share, Application and R&D investment 19.4.2 New Product Launches and Product Enhancements 19.4.3 Market Consolidation 19.4.3.1 M&A by Regions, Investment and Application 19.4.3.2 M&A Key Players, Forward Integration and Backward Integration 19.5 Company Profiles: Key Players 19.5.1 Robert Bosch GmbH 19.5.2 Continental AG 19.5.3 WiTricity Corporation 19.5.4 ZTE Corporation 19.5.5 HELLA KGaA Hueck & Co. (Germany) 19.5.6 Bombardier 19.5.7 Evatran Group Inc. (plug less power) 19.5.8 Fulton Innovation 19.5.9 Integrated Device Technology, Inc. 19.5.10 Powermat Technologies Ltd 20 Primary Key Insights.

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