2024-2028 年摩托车连接技术市场的成长机会

Growth Opportunities in Connectivity Technology in the Two-wheeler Market, 2024-2028

出版日期: 2024年08月02日 | 出版商:

Frost & Sullivan | 英文 106 Pages | 商品交期: 最快1-2个工作天内

价格

简介目录

两轮车和电气化政策的多样化应用为利用两轮车连接技术的收益主导经营模式创造了成长机会

Frost & Sullivan 对两轮车辆 (2W) 连接性的分析深入了解了正在改变 2W 行业的技术发展和创新。它概述了关键连网型技术领域的未来成长机会，包括连网型服务、先进的骑士援助系统、共享行动服务和电动二轮车（E2W ）策略。 Frost & Sullivan 根据预计将加速 2W 连接技术采用的几个因素详细介绍了预测场景。目标区域包括亚洲、欧洲、北美和拉丁美洲的主要2W市场。

2023 年至 2028 年间，连网型E2W和 ICE 2W 渗透率将分别以 39% 和 43.3% 的复合年增长率成长。到 2028 年， E2W连接技术渗透率将达到 80%，ICE 2W 连接技术渗透率将达到 60%。从产业结构来看，新兴企业在2W市场占据主导地位，未来几年传统OEM的进入将加速E2W市场的发展并推动连结技术的采用。嵌入式连线、V2X和物联网是2W在未来3-5年快速前进的关键领域。

成长指标
生长促进因子
成长抑制因素
预测考虑因素
ICE 2W 采用连网型技术 - World
ICE 2W 采用连网型技术 - 亚洲
ICE 2W 采用连网型技术 - 欧洲
ICE 2W 采用连网型技术 - 北美
ICE 2W 采用连网型技术 - 拉丁美洲
在E2W采用连网型技术 - 世界
E2W连网型技术的采用 - 亚洲
E2W连网型技术的采用 - 欧洲
在E2W采用连网型技术 - 北美
E2W连网型技术的采用 - 拉丁美洲
预测分析

生态系统

连网型2W生态系统
与主要OEM和供应商的合作伙伴关係
连网型2W技术格局
竞争环境
连网型摩托车( CMC)
C-ITS蓝图
2W人机介面特点
连网型2W价值链
十大E2W连线功能
ICE 2W 的十大连线功能
定义连网型2W 未来的主要趋势
2W 连线硬体蓝图
ICE 2W OEM智慧型手机应用程式
E2W OEM智慧型手机应用程式
摩托车连线转型，2022-2024 年第一季
连网型摩托车- 市场开发

连结技术趋势

全球2W产业的主要趋势
推动 2W 连线的主要趋势
1. 电气化
2. 智慧型手机应用程式集成
资料分析
4.OTA更新
5. 网路安全
6. V2X
7.主导助手
8. 云端连接
9.物联网集成
10.联盟

主要OEM简介

本田OEM功能战略
本田-蓝图
BMW 摩托车 - OEM功能策略
BMW 摩托车- 蓝图
哈雷戴维森 - OEM功能策略
哈雷戴维森 -蓝图
LiveWire - OEM功能策略
LiveWire -蓝图
Ather Energy - OEM能力策略
Ather Energy - 蓝图
Niu Technologies - OEM能力策略
小牛科技-蓝图

成长机会宇宙

成长机会1 - 电动摩托车需求不断扩大
成长机会 2 -共乘和最后一哩送货服务
成长机会 3 – 增强骑士安全和保全系统

最佳实践意识

弗罗斯特雷达

下一步

简介目录

Product Code: MH56-44

Two-wheelers' Multiple Applications and Electrification Policies Will Create Growth Opportunities for Revenue-driven Business Models Using Connectivity Technology in Two-wheelers

This Frost & Sullivan analysis of two-wheeler (2W) connectivity provides insights into the technological development and innovations that will transform the 2W industry. It outlines future growth opportunities in major connected technology areas, such as connected services, advanced rider assistance systems, shared mobility services, and electric 2W (E2W) strategies. Frost & Sullivan has elaborated forecast scenarios based on several factors that are likely to accelerate the adoption of 2W connectivity technology. The geographic coverage includes leading 2W markets in Asia, Europe, North America, and Latin America.

Two-wheeler connectivity technologies allow a vehicle to communicate with other devices using embedded, tethered, and Bluetooth communication technologies. Tethered connectivity technology relies on the rider's smartphone to enable the 2W's connectivity features, for which the smartphone's Bluetooth or WiFi connection pairs the smartphone application with the 2W dashboard. The system is relatively inexpensive but offers limited functionality. In contrast, embedded connectivity technology relies on the 2W's telematics control unit (TCU) to enable 2W's connectivity features 24/7. A TCU's embedded subscriber identity module (eSIM) establishes a cellular connection, offering seamless and independent connectivity functions. This technology enables many connectivity functions.

The penetration rate of connected E2Ws and internal combustion engine (ICE) 2Ws will grow at a compound annual growth rate (CAGR) of 39% and 43.3%, respectively, between 2023 and 2028. By 2028, connectivity technology's penetration rate will reach 80% in E2Ws and 60% in ICE 2Ws. While tethered connectivity technology is predominant in ICE 2Ws, software-centric E2W platforms feature embedded connectivity technology. Regarding the industry's structure, start-ups dominate the 2W market, and the entry of traditional OEMs in the next 2 to 3 years will accelerate E2W markets and drive connectivity technology adoption. Embedded connectivity, V2X, and IoT are important areas that will undergo rapid advancements in 2Ws in the next 3 to 5 years.

Transformation in Connectivity Technology in Two-wheelers

Why is it Increasingly Difficult to Grow?
The Strategic Imperative 8™
The Impact of the Top 3 Strategic Imperatives on Connectivity Technology in the Two-wheeler Industry