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市场调查报告书
商品编码
1907917

中国乘用车无线手机充电市场（2025）

Passenger Car Mobile Phone Wireless Charging Research Report, 2025
出版日期: | 出版商: ResearchInChina | 英文 345 Pages | 商品交期: 最快1-2个工作天内

价格
简介目录

1. 预计2025年，汽车无线手机充电的安装率将超过50%，市场规模将超过40亿元。

随着汽车无线手机充电成为提升舒适性和智慧化配置的一种手段，市场对汽车无线手机充电的需求正在快速成长。根据ResearchInChina统计，2025年1月至9月，中国共有805.5万辆乘用车配备了无线手机充电功能，较去年同期成长17.8%，安装率达48.6%，比上年同期成长4.3个百分点。

基于过去五年监测数据、OEM厂商安装量以及供应商产品部署等多种信息，预计到2025年，中国乘用车无线手机充电的安装率将超过50%，达到51.2%。 2030年，该技术预计将进入全面普及阶段，安装率达80.6%，市场规模超过75亿元。

未来市场快速渗透的主要驱动因素如下：

消费者需求不断成长。新一代年轻用户高度依赖手机，并且非常关注电池容量。车载无线充电已成为购车时的重要决定因素。

技术迭代升级。随着专有协定和高功率快充技术的应用，车载手机无线充电不再是 "聊胜于无" 的阶段。像爱拓小米这样的OEM厂商已经开始整合高功率无线充电功能，引领着基于专有协定的快速充电技术的发展。此外，磁吸式充电和智慧温控等技术的应用也不断提升车载无线充电的使用者体验。

成本降低。中国供应链的崛起显着降低了无线充电模组的成本。南芯科技、康维能半导体、纽沃特等国内厂商，以及大宇科技、隐世科技、立讯精密、德赛世发等国内无线充电模组供应商的涌现，正在降低车载无线充电的物料清单成本。

2. 在激烈的市场竞争中，科技将成为供应商获胜的 "核心武器" 。

从市场竞争角度来看，截至2025年，中国乘用车手机无线充电一级供应商主要包括ADAYO、InvisPower、立讯精密、LG、大陆集团、浙江天美、德赛世维和裕林科技。高功率快充、磁吸、NFC整合和座舱整合等技术是供应商保持竞争优势的关键。

3. 海外需​​求的快速成长将催生 "海外扩张之星" 。

随着中国市场的快速成长，全球车载手机无线充电市场正进入高速成长期，预计2024年装置机率将首次突破50%，并在2025年持续攀升。据估计，到2025年，全球将有3,900万辆汽车配备车载手机无线充电功能。其中，中国将占约30%，美国和欧洲分别占约30%和20%，构成前三大需求市场。

车载无线充电模组的出口已成为智慧汽车出口的重要组成部分。在此背景下，涌现一批深度拓展海外市场的中国无线充电供应商，包括德赛科技、隐思科技、立讯精密和榆林科技。各公司采取了不同的海外扩张路径，为汽车供应链的国际化拓展提供了标竿案例。

本报告研究了中国乘用车手机无线充电市场，并详细分析了市场渗透率、产业链、竞争格局、主要供应商以及OEM厂商的车载解决方案。它还提供了 2026 年至 2030 年的市场需求和技术趋势预测及展望。

目录

第一章 概述

  • 前言
  • 相关定义
  • 汽车无线充电功能简介
  • 汽车手机无线充电发展历程
  • 中国汽车手机无线充电市场规模及驱动因素（2025-2030 年）
  • 中国汽车手机无线充电市场竞争格局
  • 全球汽车手机无线充电市场
  • 全球汽车无线充电市场竞争格局
  • 中国汽车无线充电供应商海外扩张
  • 汽车手机无线充电发展趋势概述

第二章 技术路径与协定认证车用手机无线充电

  • 车载无线充电技术路径
  • 车用手机无线充电技术协定
  • Qi协定
  • 其他私有协定

第三章：车用手机无线充电市场分析

  • 整体安装量
  • 以能量类型划分的乘用车安装量
  • 依价格区间划分的乘用车安装量

第四章：汽车手机无线充电产业炼及竞争格局

  • 无线充电供应链流程
  • 无线充电产业链
  • 常用无线充电电源设备 OEM厂商
  • OEM厂商常用的主控晶片和升降压晶片
  • OEM厂商常用的其他无线充电晶片
  • 50W汽车无线充电模组晶片
  • 无线充电模组市场价格
  • 主要汽车无线充电供应商市占率（2024-2025）
  • ICCOA汽车手机无线充电设计参考

第五章 汽车手机无线充电供应商

  • ADAYO
  • InvisPower
  • 立讯精密
  • 德赛世维
  • 榆林科技
  • 浙江天美
  • 神威通信
  • YFORE科技
  • 莱尔德
  • 恩智浦
  • 意法半导体
  • 瑞萨电子
  • 微芯科技技术
  • MPS
  • 便利功率半导体
  • 南芯科技
  • NuVolta
  • Maxic
  • iSmartWare

第六章 汽车手机无线充电应用：以OEM厂商划分

  • 比亚迪
  • 特斯拉
  • 大众
  • 理想汽车
  • 爱拓
  • 小米
  • IM Motors
  • 长城哈弗
  • 奇瑞
  • 吉利
  • BMW
  • 广汽传祺

第七章 汽车手机无线充电市场概况及趋势

  • 按OEM厂商划分的无线充电概述
  • 汽车无线充电专利
  • 发展趋势
简介目录
Product Code: YSJ129

Automotive Wireless Charging Research: Domestic Installation Rate Will Exceed 50%, and Overseas Demand Emerges as Second Growth Driver.

The Passenger Car Mobile Phone Wireless Charging Research Report, 2025 conducts an in-depth analysis of the market penetration rate, industry chain, competitive landscape, core suppliers, and OEMs' installed solutions of passenger car mobile phone wireless charging. It also forecasts and looks forward to the market demand and technology trends from 2026 to 2030.

1. The Installation Rate of Automotive Mobile Phone Wireless Charging Will Surpass 50% in 2025, with Market Size Exceeding RMB4 Billion.

As a comfort and intelligent configuration, automotive mobile phone wireless charging sees surging market demand. According to ResearchInChina's statistics, from January to September 2025, mobile phone wireless charging function was installed in 8.055 million passenger cars in China, a like-on-like increase of 17.8%, with the installation rate reaching 48.6%, up by 4.3 percentage points compared with the same period last year.

According to multifaceted information such as historical data monitored for five consecutive years, installation by OEMs, and suppliers' product layout, the installation rate of mobile phone wireless charging in passenger cars in China will exceed 50% in 2025, up to 51.2%; by 2030, the technology will enter a stage of full popularization, with the installation rate expected to hit 80.6% and the market size exceeding RMB7.5 billion.

The main driving factors for the accelerated popularization in the market in the future include:

3.Growing consumer demand. The new generation of young users has a high dependence on smartphones and obvious anxiety about battery capacity. Automotive wireless charging function has become an important consideration in car purchase decisions.

4.Technological iteration and upgrading. The application of private protocols and high-power fast charging technology has made automotive mobile phone wireless charging no longer "better than nothing". OEMs such as AITO and Xiaomi have begun to equip high-power wireless charging functions, and taken the lead in realizing fast charging based on private protocols. In addition, the application of technologies such as magnetic suction charging and intelligent temperature control has kept improving user experience of automotive wireless charging.

5.Cost reduction. The rise of China's supply chain has significantly reduced the cost of wireless charging modules. The emergence of local chip vendors such as Southchip, ConvenientPower Semiconductor, and NuVolta, as well as local wireless charging module suppliers such as ADAYO, InvisPower, Luxshare Precision, and Desay SV, has lowered the BOM cost of automotive wireless charging.

2. In Fierce Market Competition, Technology Becomes the "Core Weapon" for Suppliers to Win out.

From the perspective of the market competitive landscape, in China the major Tier 1 suppliers of mobile phone wireless charging for passenger cars in 2025 include ADAYO, InvisPower, Luxshare Precision, LG, Continental, Zhejiang Teme, Desay SV, and Yulin Technology. Technologies such as high-power fast charging, magnetic suction, NFC integration, and cockpit integration have become the core for suppliers to stay competitive.

Typical Supplier 1: ADAYO

ADAYO's wireless charging customers include OEMs such as AITO, Leapmotor, Xiaomi, Haval, and Changan. In terms of technology R&D, ADAYO focuses on such technologies as 50W high-power fast charging, integrated NFC, and tracking charging.

High-power fast charging: Based on the Qi module, ADAYO integrates the fast charging private protocols of Huawei, Xiaomi, and OPPO mobile phones to achieve 50W wireless high-power charging, allowing car owners to quickly increase mobile phone battery power using fragmented time;

NFC integration: ADAYO integrates an NFC antenna on the surface of the wireless charging assembly. When a car owner approaches the wireless charging with a bound NFC card or NFC mobile phone, it can quickly sense and realize car startup, and also supports the digital key cloud sharing function;

Tracking charging: The "high-power single-coil automatic tracking automotive wireless charging solution" developed by ADAYO will automatically move the charging coil to the optimal position when the wireless charging terminal detects the mobile phone's position, effectively improving charging efficiency and eliminating charging blind spots.

Typical Supplier 2: Desay SV

As an overall vehicle intelligence solution supplier, Desay SV links wireless charging with the cockpit system to achieve charging status visualization (displaying charging power, temperature, mobile phone brand, and mobile phone battery level on the center console screen), automatic start/stop of charging, forgotten mobile phone reminder, PEPS, AM, FM radio avoidance and other functions. Some high-end solutions combine wireless charging with NFC digital key functions to achieve intelligent functions such as identification and one-click vehicle startup.

In terms of technology R&D, Desay SV focuses on technologies such as wireless fast charging, one chip supporting dual charging protocols, and magnetic suction charging.

Wireless fast charging: Combining mainstream Chinese private protocols such as Huawei, Xiaomi, OPPO, and VIVO, Desay SV has launched wireless fast charging solutions with higher power such as 50W or even 80W.

One chip supporting charging two devices: With the release of the Qi MPP protocol in 2023, Desay SV has advanced the pre-research of magnetic suction wireless charging, been the first to launch Qi 2.1 MPP-compliant automotive wireless charging with one chip supporting charging two devices, and started the official development of the 25W magnetic suction solution. At this stage, Desay SV is simultaneously laying out the technology pre-research and finished product implementation of MPP 50W.

The key benefits of its automotive wireless charging technology with one chip supporting charging two devices are:

1. High integration and system simplification: One chip and common board, simplifying peripheral circuits, and providing a foundation for future software upgrades and function iterations (such as supporting new fast charging protocols);

2. Excellent cost-effectiveness: Reducing mechanical splicing dual charging costs by about 60% (chips, PCBA, peripheral circuits, development costs), providing more competitive space for OEMs with ever higher cost requirements;

3. Convenience and efficiency: Both the driver and front row passenger or two passengers can enjoy fast and stable wireless charging at the same time, without competing for or using cables.

3. Booming Overseas Demand Creates A Batch of "Overseas Layout Stars".

While the Chinese market is growing rapidly, the global automotive mobile phone wireless charging market has entered a boom period, with the installation rate exceeding 50% for the first time in 2024 and continuing to rise in 2025. According to estimates, automotive mobile phone wireless charging will be installed in 39 million vehicles globally in 2025. In addition to China accounting for about 30%, the United States and Europe will contribute about 30% and 20% of the demand respectively, becoming the top three demand markets.

The export of automotive wireless charging modules has become an important part of the export of intelligent vehicles. Against this background, a number of Chinese wireless charging suppliers deeply engaged in overseas markets have emerged, such as Desay SV, InvisPower, Luxshare Precision and Yulin Technology. Each supplier has different overseas expansion paths, providing benchmark cases for overseas layout of the automotive supply chain.

Desay SV: Frontier Star in Overseas Layout - Transferring from Technological Accumulation, and Making Comprehensive Layout with Overall Solutions to Go Overseas

As an automotive Tier 1 supplier, Desay SV has accumulated rich experience in intelligent driving, intelligent connectivity, and intelligent cockpits. In overseas expansion of automotive mobile phone wireless charging, it has made comprehensive layout in production bases, market demand, and overall solutions. It is one of the Tier 1 suppliers in China with the most actual implementation projects in overseas layout of automotive wireless charging, becoming an industry benchmark and a "frontier star in overseas layout" in the field of wireless charging.

Relying on the advantages of the overall intelligent automotive supply chain, Desay SV integrates automotive wireless charging modules with NFC digital keys, customized intelligent covers, etc., making its products much more competitive, meeting functional needs while enhancing the overall aesthetics of the cockpit interior.

In terms of technical standards, Desay SV adopts a parallel strategy of Qi general standards and private protocols. It takes Qi standards as the core in overseas markets, launching multi-variant models such as EPP/MPP single charging and dual charging to meet the different needs of global automakers. More than 20 Qi wireless charging products have been developed and mass-produced overseas.

As of December 2025, Desay SV's annual output of automotive wireless charging modules has exceeded 1 million units, of which 80% are sold overseas, covering major market areas such as Southeast Asia, India, Japan, Europe, and the United States. In terms of production layout, relying on the headquarters base in Huizhou, China, it is equipped with two overseas factories in Indonesia and Mexico to provide customers with timely delivery and rapid response services.

Luxshare Precision: Supply Chain Star - Transferring from Consumer Electronics, and Going Overseas Relying on Major Customers

As an "Apple supply chain" supplier, Luxshare Precision starting with the wireless charging Rx coil business for Apple Watch and iPhone transfers consumer electronics wireless charging technology to the automotive scenario, solving automotive-grade problems such as high temperature resistance, anti-vibration, and EMC compatibility, and launches automotive wireless charging modules. The core advantage of its products lies in building a full industry chain ecosystem from components and modules to system integration through a vertical integration strategy, making it a "supply chain star".

As of December 2025, Luxshare Precision has boasted a total of 28 Qi-certified products, including 5 automotive wireless charging products, focusing on 15W EPP certification. In terms of overseas market layout, relying on its advantages in the consumer electronics field, Luxshare Precision provides customers with timely delivery and rapid response services through factories in Southeast Asia, East Asia, and other regions.

In the field of automotive mobile phone wireless charging, Luxshare Precision goes overseas relying on its major customer Tesla. From 2024 to 2025, Tesla's installation rate of mobile phone wireless charging function hit 100%. On December 8, 2025, Tesla's Shanghai Gigafactory delivered a total of 4 million vehicles, contributing nearly half of Tesla's global electric vehicle deliveries. With Tesla's exports, Luxshare Precision's automotive mobile phone wireless charging products have entered overseas markets.

Yulin Technology: Pioneering Star - Products Sold to 10+ Countries and Regions

Yulin Technology has more than 12 years of industry experience in the field of automotive mobile phone wireless charging products, and has become a member of WPC, acquiring more than 50 patents.

As of December 2025, Yulin Technology has boasted a total of 21 Qi-certified products, including 6 automotive wireless charging products. In September 2025, Yulin Technology's automotive wireless charging product EPP-300 obtained Qi 2.1.0 certification.

In terms of product R&D, Yulin Technology has established a professional R&D team, made a complete layout of upstream and downstream departments, and had advanced automated production equipment, and standardized production processes. It has obtained IATF16949 third-party certification and multiple quality certifications.

As for market expansion, through global exhibitions such as US CES, US SEMA, Hong Kong Trade Development Council, Indonesia Exhibition, India Exhibition, and AAITF, Yulin Technology's products are sold to customers in more than ten countries and regions around the world, including Thailand, India, Indonesia, the Philippines, Dubai, the United States, Japan, South Korea, Brazil, the European Union, and Australia.

Table of Contents

1 Overview

  • 1.1 Preface
  • 1.2 Related Definitions
  • 1.3 Introduction to Automotive Wireless Charging Function
  • 1.4 Development History of Automotive Mobile Phone Wireless Charging
  • 1.5 China's Automotive Mobile Phone Wireless Charging Market Size and Driving Factors, 2025-2030E
  • 1.6 Competitive Landscape of China's Automotive Mobile Phone Wireless Charging Market
  • 1.7 Global Automotive Mobile Phone Wireless Charging Market
  • 1.8 Competitive Landscape of Global Automotive Wireless Charging Market
  • 1.9 Overseas Layout of China's Automotive Wireless Charging Suppliers
  • 1.10 Overview of Development Trends of Automotive Mobile Phone Wireless Charging

2 Automotive Mobile Phone Wireless Charging Technology Routes and Protocol Certification

  • 2.1 Automotive Wireless Charging Technology Routes
  • Principle of Wireless Charging System
  • System Composition
  • Technology Routes
  • Outlook for New Technologies
  • 2.2 Technical Protocols of Automotive Mobile Phone Wireless Charging
  • Profile of WPC
  • WPC Membership Application Process and Fees
  • WPC Qi Protocol
  • WPC Cooperation Model
  • 2.3 Qi Protocol
  • Iteration of Qi Protocol Versions
  • Qi 2.2 Certified Automotive Wireless Charging
  • Qi Roadmap
  • Qi Certification Process
  • Statistics of Qi Certification Quantity
  • Qi Certification of Security Chips
  • 2.4 Private Protocols and Others
  • Private Wireless Charging Protocols
  • Comparison between Magnetic Suction Protocols
  • Laws, Regulations and Automotive Certification

3 Analysis of Automotive Mobile Phone Wireless Charging Market

  • 3.1 Overall Installation
  • Installations and Installation Rate of Mobile Phone Wireless Charging (Annual)
  • Installations and Installation Rate of Mobile Phone Wireless Charging (Monthly)
  • Market Forecast, 2025-2030E
  • 3.2 Installation in Passenger Cars by Energy Type
  • Characteristics by Energy Type: Installations and Installation Rate
  • Battery Electric Vehicle (BEV) Mobile Phone Wireless Charging: Installations and Installation Rate
  • Battery Electric Vehicle (BEV) Mobile Phone Wireless Charging: by Brand and Model
  • Plug-in Hybrid Electric Vehicle (PHEV) Mobile Phone Wireless Charging: Installations and Installation Rate
  • Plug-in Hybrid Electric Vehicle (PHEV) Mobile Phone Wireless Charging: by Brand and Model
  • Extended-Range Electric Vehicle (EREV) Mobile Phone Wireless Charging: Installations and Installation Rate
  • Extended-Range Electric Vehicle (EREV) Mobile Phone Wireless Charging: by Brand and Model
  • Fuel-powered Vehicle Mobile Phone Wireless Charging: Installations and Installation Rate
  • Fuel-powered Vehicle Mobile Phone Wireless Charging: by Brand and Model
  • 3.3 Installation in Passenger Cars by Price Range
  • Characteristics by Price Range: Installations and Installation Rate
  • Mobile Phone Wireless Charging in Vehicles Priced at RMB0-100,000: Installations and Installation Rate
  • Mobile Phone Wireless Charging in Vehicles Priced at RMB0-100,000: by Brand and Model
  • Mobile Phone Wireless Charging in Vehicles Priced at RMB100,000-150,000: Installations and Installation Rate
  • Mobile Phone Wireless Charging in Vehicles Priced at RMB100,000-150,000: by Brand and Model
  • Mobile Phone Wireless Charging in Vehicles Priced at RMB150,000-200,000: Installations and Installation Rate
  • Mobile Phone Wireless Charging in Vehicles Priced at RMB150,000-200,000: by Brand and Model
  • Mobile Phone Wireless Charging in Vehicles Priced at RMB200,000-250,000: Installations and Installation Rate
  • Mobile Phone Wireless Charging in Vehicles Priced at RMB200,000-250,000: by Brand and Model
  • Mobile Phone Wireless Charging in Vehicles Priced at RMB250,000-300,000: Installations and Installation Rate
  • Mobile Phone Wireless Charging in Vehicles Priced at RMB250,000-300,000: by Brand and Model
  • Mobile Phone Wireless Charging in Vehicles Priced at RMB300,000-350,000: Installations and Installation Rate
  • Mobile Phone Wireless Charging in Vehicles Priced at RMB300,000-350,000: by Brand and Model
  • Mobile Phone Wireless Charging in Vehicles Priced at RMB350,000-400,000: Installations and Installation Rate
  • Mobile Phone Wireless Charging in Vehicles Priced at RMB350,000-400,000: by Brand and Model
  • Mobile Phone Wireless Charging in Vehicles Priced at RMB400,000-500,000: Installations and Installation Rate
  • Mobile Phone Wireless Charging in Vehicles Priced at RMB400,000-500,000: by Brand and Model
  • Mobile Phone Wireless Charging in Vehicles Priced at Above RMB500,000: Installations and Installation Rate
  • Mobile Phone Wireless Charging in Vehicles Priced at Above RMB500,000: by Brand and Model
  • 3.4 Installation in Passenger Cars by Brand
  • Characteristics by Brand: Installation Structure
  • Characteristics by Brand: Top 20 Brands
  • Characteristics by Model: Installations Structure
  • Characteristics by Model: Top 20 Models
  • Installation Rate of Mobile Phone Wireless Charging Modules in Major BYD Models
  • Installation Rate of Mobile Phone Wireless Charging Modules in Major Volkswagen Models
  • Installation Rate of Mobile Phone Wireless Charging Modules in Major Li Auto Models
  • Installation Rate of Mobile Phone Wireless Charging Modules in Major Toyota Models
  • Installation Rate of Mobile Phone Wireless Charging Modules in Major AITO & BMW Models
  • Installation Rate of Mobile Phone Wireless Charging Modules in Major Mercedes-Benz Models
  • Installation Rate of Mobile Phone Wireless Charging Modules in Major Haval & Geely Models

4 Industry Chain and Competitive Landscape of Automotive Mobile Phone Wireless Charging

  • 4.1 Wireless Charging Supply Chain Process
  • 4.2 Wireless Charging Industry Chain
  • 4.3 Wireless Charging Power Devices Commonly Adopted by OEMs
  • 4.4 Main Control Chips and Buck-Boost Chips Commonly Adopted by OEMs
  • 4.5 Other Wireless Charging Chips Commonly Adopted by OEMs
  • 4.6 50W Automotive Wireless Charging Module Chips
  • 4.7 Market Price of Wireless Charging Modules
  • 4.8 Market Share of Major Automotive Wireless Charging Suppliers, 2024-2025
  • ADAYO and InvisPower in 2025: Major Automotive Wireless Charging Product Brands and Share
  • Luxshare Precision & LG in 2025: Major Automotive Wireless Charging Product Brands and Share
  • Continental & Zhejiang Teme in 2025: Major Automotive Wireless Charging Product Brands and Share
  • Desay SV & Yulin Technology in 2025: Major Automotive Wireless Charging Product Brands and Share
  • Laird & Sunway Communication in 2025: Major Automotive Wireless Charging Product Brands and Share
  • 4.9 ICCOA Automotive Mobile Phone Wireless Charging Design Reference
  • Hardware Design Reference
  • Software Design Reference
  • Structural Design Reference

5 Automotive Mobile Phone Wireless Charging Suppliers

  • 5.1 ADAYO
  • Profile
  • Development History of Wireless Charging Products
  • Automotive Mobile Phone Wireless Charging Product 1
  • Automotive Mobile Phone Wireless Charging Product 2
  • Qi Certified Products
  • Automotive Mobile Phone Wireless Charging Cases
  • 5.2 InvisPower
  • Profile
  • Wireless Charging Product 1
  • Wireless Charging Product 2
  • Wireless Charging Product 3
  • Wireless Charging Solutions
  • 5.3 Luxshare Precision
  • Profile
  • Qi Certified Products
  • Wireless Charging Business
  • Wireless Charging Product 1
  • Wireless Charging Product 2
  • Wireless Charging Product 3
  • Qi Wireless Charging Modules
  • Wireless Charging Product Roadmap
  • 5.4 Desay SV
  • Profile
  • Development History of Automotive Mobile Phone Wireless Charging
  • Typical Automotive Mobile Phone Wireless Charging Product 1
  • Typical Automotive Mobile Phone Wireless Charging Product 2
  • Qi Certified Products
  • Automotive Mobile Phone Wireless Charging Cases
  • Overseas Business of Automotive Mobile Phone Wireless Charging
  • Highlights of Automotive Mobile Phone Wireless Charging Products and R&D Investment
  • 5.5 Yulin Technology
  • Profile
  • Qi Certification
  • Key Customers
  • 5.6 Zhejiang Teme
  • Profile
  • Qi Certification
  • 5.7 Sunway Communication
  • Profile
  • Qi Certified Products
  • Automotive Wireless Charging Transmitter Modules
  • Technical Reserves
  • 5.8 YFORE Technology
  • Profile
  • Mobile Phone Wireless Charging Product 1
  • Mobile Phone Wireless Charging Product 2
  • 5.9 Laird
  • Profile
  • Business Layout
  • Automotive Mobile Phone Wireless Charging Solutions
  • 5.10 NXP
  • Profile (1)
  • Profile (2)
  • Wireless Charging Features
  • Wireless Charging Certifications
  • Summary of Wireless Charging Solutions
  • Typical Wireless Charging Solution 1
  • Typical Wireless Charging Solution 2
  • Typical Wireless Charging Solution 3
  • Typical Wireless Charging Solution 4
  • Typical Wireless Charging Solution 5
  • Wireless Charging Solution with NFC
  • Wireless Charging Planning
  • Main Models of Main Control Chip MCU
  • Main Control Chip 1
  • Main Control Chip 2
  • Wireless Charging Chips
  • Wireless Charging Software Layer Architecture
  • Automotive Fast Charging Development Platform
  • 5.11 STMicroelectronics
  • Automotive Mobile Phone Wireless Charging Business
  • Automotive Mobile Phone Wireless Charging Solutions
  • Automotive Mobile Phone Wireless Charging Products
  • 5.12 Renesas Electronics
  • Profile
  • Wireless Charging Solution Architecture
  • Wireless Charging Solutions
  • Buck Chips
  • MCU
  • 5.13 Microchip Technology
  • Profile
  • Automotive Mobile Phone Wireless Charging Solution 1
  • Automotive Mobile Phone Wireless Charging Solution 2
  • 5.14 MPS
  • Profile
  • Automotive Wireless Charging Product Map
  • Automotive Mobile Phone Wireless Charging Product 1
  • Automotive Mobile Phone Wireless Charging Product 2
  • 5.15 ConvenientPower Semiconductor
  • Profile
  • Major Automotive Mobile Phone Wireless Charging Products
  • Automotive Mobile Phone Wireless Charging Product 1
  • Automotive Mobile Phone Wireless Charging Product 2
  • Automotive Mobile Phone Wireless Charging Product 3
  • Automotive Mobile Phone Wireless Charging Product 4
  • 5.16 Southchip
  • Profile
  • Wireless Charging Solutions
  • Wireless Charging Chips
  • 15W/50W Charging Solutions
  • MPP Wireless Charging Modules
  • Automotive Mobile Phone Wireless Charging Solution 1
  • Automotive Mobile Phone Wireless Charging Solution 2
  • Ongoing R&D Projects in the Automotive Field, 2025
  • 5.17 NuVolta
  • Profile
  • Qi Certified Products
  • Wireless Charging Chips
  • Automotive Mobile Phone Wireless Charging Solution 1
  • Automotive Mobile Phone Wireless Charging Solution 2
  • Automotive Mobile Phone Wireless Charging Solution 3
  • 5.18 Maxic
  • Profile
  • Automotive Electronics Business
  • Automotive Mobile Phone Wireless Charging Solutions
  • Ongoing R&D Projects in Wireless Charging and Automotive Fields, 2025
  • 5.19 iSmartWare
  • Profile
  • Wireless Charging Module 1
  • Wireless Charging Module 2
  • Wireless Charging Transmitter SoC
  • Wireless Charging Transmitter PowerStage Chip
  • Wireless Charging TX SoC Solutions

6 Automotive Mobile Phone Wireless Charging Application by OEMs

  • 6.1 BYD
  • Wireless Charging Modules
  • Wireless Charging Module 1
  • Wireless Charging Module 2
  • 6.2 Tesla
  • Wireless Charging
  • Wireless Charging Module WC2
  • Wireless Charging Module WC3
  • Wireless Charging Module WC5
  • 6.3 Volkswagen
  • Wireless Charging Solution 1
  • Wireless Charging Solution 2
  • 6.4 Li Auto
  • Wireless Charging Pad for L Series
  • Wireless Charging Pad for Li ONE Series
  • 6.5 AITO
  • 50W Wireless Charging Module
  • 6.6 Xiaomi
  • Factory-installed Automotive Wireless Charging Module of Xiaomi SU7
  • Aftermarket Automotive Wireless Charger
  • 6.7 IM Motors
  • Factory-installed Automotive Wireless Charging Module
  • 6.8 Great Wall Haval
  • Factory-installed Automotive Wireless Charging Module of Haval Cool Dog
  • 6.9 Chery
  • Wireless Charging Module
  • 6.10 Geely
  • Geely Wireless Charging Module
  • Lynk & Co / Zeekr Wireless Charging Internal Structure
  • 6.11 BMW
  • Wireless Charging Module for BMW 5 Series
  • 6.12 GAC Trumpchi
  • Factory-installed Automotive Wireless Charging Module

7 Summary and Trends of Automotive Mobile Phone Wireless Charging Market

  • 7.1 Summary of Wireless Charging of OEMs
  • Wireless Charging Technologies Independently Developed by OEMs
  • Comparison of Wireless Charging Function of Vehicle Models between OEMs
  • Comparison of Mobile Phone Wireless Charging Performance between 10 Vehicle Models
  • 7.2 Automotive Wireless Charging Patents
  • Number of Automotive Wireless Charging Patents
  • Ranking of Suppliers by Number of Patents
  • Ranking of OEMs by Number of Patents
  • Characteristic Automotive Wireless Charging Patent 1
  • Characteristic Automotive Wireless Charging Patent 2
  • Characteristic Automotive Wireless Charging Patent 3
  • Characteristic Automotive Wireless Charging Patent 4
  • Characteristic Automotive Wireless Charging Patent 5
  • Characteristic Automotive Wireless Charging Patent 6
  • Characteristic Automotive Wireless Charging Patent 7
  • Characteristic Automotive Wireless Charging Patent 8
  • 7.3 Development Trends
  • Development Trend 1
  • Development Trend 2
  • Development Trend 3
  • Development Trend 4