2024-2028 年摩托車連接技術市場的成長機會

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個工作天內

價格

簡介目錄

二輪車和電氣化政策的多樣化應用為利用二輪車連接技術的收益主導經營模式創造了成長機會

Frost & Sullivan 對二輪車輛 (2W) 連接性的分析深入了解了正在改變 2W 行業的技術發展和創新。它概述了關鍵連網型技術領域的未來成長機會，包括連網型服務、先進的騎士援助系統、共享行動服務和電動二輪車（E2W ）策略。 Frost & Sullivan 根據預計將加速 2W 連接技術採用的幾個因素詳細介紹了預測場景。目標區域包括亞洲、歐洲、北美和拉丁美洲的主要2W市場。

2023 年至 2028 年間，連網型E2W和 ICE 2W 滲透率將分別以 39% 和 43.3% 的複合年成長率成長。到 2028 年， E2W連接技術滲透率將達到 80%，ICE 2W 連接技術滲透率將達到 60%。從產業結構來看，新興企業在2W市場佔據主導地位，未來幾年傳統OEM的進入將加速E2W市場的發展並推動連結技術的採用。嵌入式連線、V2X和物聯網是2W在未來3-5年快速前進的關鍵領域。

成長指標
生長促進因子
成長抑制因素
預測考慮因素
ICE 2W 採用連網型技術 - World
ICE 2W 採用連網型技術 - 亞洲
ICE 2W 採用連網型技術 - 歐洲
ICE 2W 採用連網型技術 - 北美
ICE 2W 採用連網型技術 - 拉丁美洲
在E2W採用連網型技術 - 世界
E2W連網型技術的採用 - 亞洲
E2W連網型技術的採用 - 歐洲
在E2W採用連網型技術 - 北美
E2W連網型技術的採用 - 拉丁美洲
預測分析

生態系統

連網型2W生態系統
與主要OEM和供應商的合作夥伴關係
連網型2W技術格局
競爭環境
連網型摩托車( CMC)
C-ITS藍圖
2W人機介面特點
連網型2W價值鏈
十大E2W連線功能
ICE 2W 的十大連線功能
定義連網型2W 未來的主要趨勢
2W 連線硬體藍圖
ICE 2W OEM智慧型手機應用程式
E2W OEM智慧型手機應用程式
摩托車連線轉型，2022-2024 年第一季
連網型摩托車- 市場開發

連結技術趨勢

全球2W產業的主要趨勢
推動 2W 連線的主要趨勢
1. 電氣化
2. 智慧型手機應用程式整合
資料分析
4.OTA更新
5. 網路安全
6. V2X
7.主導助手
8. 雲端連接
9.物聯網整合
10.聯盟

主要OEM簡介

本田OEM功能戰略
本田-藍圖
BMW 摩托車 - OEM功能策略
BMW 摩托車- 藍圖
哈雷戴維森 - OEM功能策略
哈雷戴維森 -藍圖
LiveWire - OEM功能策略
LiveWire -藍圖
Ather Energy - OEM能力策略
Ather Energy - 藍圖
Niu Technologies - OEM能力策略
小牛科技-藍圖

成長機會宇宙

成長機會1 - 電動摩托車需求不斷擴大
成長機會 2 -共乘和最後一哩送貨服務
成長機會 3 – 增強騎士安全和保全系統

最佳實踐意識

弗羅斯特雷達

下一步

簡介目錄

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