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市場調查報告書
商品編碼
1920920
北美和歐洲共享出行方式二氧化碳排放評估（2024-2040 年）Assessment of Shared Mobility Modes' CO2 Emissions, North America and Europe, 2024-2040 |
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簡介目錄
到2040年，汽車共享和自行車共享可以透過模式轉換，顯著減少二氧化碳排放。
本研究涵蓋了汽車共享、自行車共享和叫車的廢氣排放，包括排放比較、關鍵排放階段以及政策和城市交通規劃的實際考慮因素。
我們也將這些共用交通途徑的排放與私家車的排放量進行比較，並分析共用交通對減少私家車二氧化碳排放的潛在影響。
此外，我們以年度為基礎估算每輛叫車取代或增加的公共交通出行次數，併計算由於出行方式轉變而導致的排放增加或減少，從而評估網約車對二氧化碳排放的影響。
透過估算每輛共享單車每年增加的公共交通出行次數，以及被替代的私家車或步行出行次數，併計算與出行方式轉變相關的排放的增加或減少，來評估共享單車對二氧化碳排放的影響。
該研究根據監管、基礎設施、消費者接受度、經濟因素以及對永續性的關注等因素的影響，模擬了三種情境（適度、理想和保守）。
目錄
調查範圍
- 分析範圍
- 分割與定義
成長環境：交通方式轉變所導致的二氧化碳排放變化
- 為什麼成長變得越來越困難
- The Strategic Imperative 8（TM）
- 三大策略要務對共用模式下二氧化碳排放評估的影響
共享出行生態系統：歐洲和北美
- 主要競爭對手
成長來源：北美和歐洲共享旅遊市場
- 汽車共享：成長指標
- 叫車：成長指標
- 自行車共享：成長指標
- 成長要素
- 成長限制阻礙因素
- 預測考量
歐洲和北美按交通途徑的年度廢氣排放總量
- 北美：車輛電氣化路徑
- 歐洲：車輛電氣化路徑
- 叫車與共乘汽車：模式轉換對二氧化碳排放的影響
- 自行車共享：出行方式轉變對二氧化碳排放的影響
- 政策與市場轉捩點：實現淨零排放出行的努力
歐洲叫車市場的成長機遇
- 歐洲叫車市場概覽
- 法規環境：歐洲叫車產業
- 預測考量
- VIO：歐洲的叫車與私家車
- 歐洲叫車及私家車年行駛里程：
- 歐洲電動車比例：叫車與私家車
- 歐洲叫車和私家車的總排放
- 叫車與公共運輸的相互依存關係
- PESTLE分析：歐洲叫車產業
- 推薦：歐洲的叫車服務
歐洲自行車共享市場的成長機會
- 歐洲自行車共享市場概覽
- 法規環境：自行車共享產業
- 預測考量
- 歐洲VIO電動機車共享與傳統自行車共享的比較
- 年行駛里程：歐洲電動機車共享與傳統自行車共享的比較
- 電動自行車共享取代叫車、私家車和步行，其整體排放效果如何？
- PESTLE分析：歐洲自行車共享
- 提案：歐洲自行車共享
歐洲汽車共享市場的成長機會無限
- 歐洲汽車共享市場概覽
- 法規環境：汽車共享產業
- 預測考量
- VIO：歐洲的汽車共享與私家車
- 歐洲汽車共享和私家車年行駛里程：
- 歐洲電動車比例：汽車共享與私家車
- 歐洲汽車共享和私家車的總排放
- 淨二氧化碳排放：基於被淘汰的私家車
- PESTLE分析：歐洲汽車共享
- 提案：歐洲汽車共享
北美叫車市場的成長機會領域
- 北美洲叫車市場概覽
- 法規環境：叫車業
- 預測考量
- VIO：北美地區的叫車與私家車
- 北美地區叫車與私家車的年行駛里程
- 電動車比例：北美叫車與私家車
- 北美叫車和私家車的總排放
- 叫車與公共運輸的相互依存關係
- PESTLE分析：北美叫車產業
- 提案：北美叫車服務
北美自行車共享市場的成長機遇
- 北美自行車共享市場概覽
- 法規環境：自行車共享產業
- 預測考量
- VIO：北美電動機車共享與傳統自行車共享的比較
- 年行駛里程：北美電動機車共享與傳統自行車共享的比較
- 電動自行車共享取代叫車、私家車和步行，其整體排放效果如何？
- PESTLE分析：北美自行車共享
- 建議：北美自行車共享
北美汽車共享市場的成長機會
- 北美汽車共享市場概覽
- 北美汽車共享產業的法規環境與方法
- 預測考量
- VIO：北美地區的汽車共享與私家車
- 年行駛里程：北美地區的汽車共享與私家車
- 電動車比例：北美地區的汽車共享與私家車
- 北美汽車共享和私家車的總排放
- 淨二氧化碳排放：基於被淘汰的私家車
- PESTLE分析：北美汽車共享
- 提案：北美汽車共享
成長環境：運輸方式轉變所導致的二氧化碳排放變化
- 成長機會1：加速電氣化
- 成長機會2：透過夥伴關係擴大整合與模式轉換
- 成長機會 3：實現淨零排放城市交通系統
附錄與未來工作
- 成長機會帶來的益處和影響
- 未來計劃
- 圖表清單
- 免責聲明
簡介目錄
Product Code: M1G5-44
Carsharing and Bikesharing can bring about a Significant Reduction in CO2 Emissions due to a Modal Shift by 2040
This study on tailpipe emissions from carsharing, bikesharing, and ridehailing covers comparative emissions, key emission phases, and practical considerations for policies or urban mobility planning.
It also compares these shared modes with private car emissions, analyzing the potential impact of shared transportation on reducing CO2 emissions from private vehicles.
In addition, the study assesses the impact of ridehailing on CO2 emissions by estimating the annual number of public transport trips replaced or added per ridehailing vehicle, calculating the corresponding increase or reduction in emissions from modal shifts.
The impact of bikesharing on CO2 emissions is evaluated by estimating the annual number of public transport trips added and private car and walking trips replaced per year per bikesharing vehicle, calculating the corresponding increase or reduction in emissions from modal shifts.
The study models 3 scenarios-Moderate, Ideal, and Conservative-based on the impact of factors such as regulations, infrastructure, consumer adoption, economic factors, and sustainability focus.
Table of Contents
Research Scope
- Scope of Analysis
- Segmentation and Definitions
Growth Environment: Transformation in CO2 Emissions due to Modal Shift
- Why Is It Increasingly Difficult to Grow?
- The Strategic Imperative 8™
- The Impact of the Top 3 Strategic Imperatives on the CO2 Emission Assessment of Shared Modes
Ecosystem in Shared Mobility: Europe and North America
- Key Competitors
Growth Generator: Shared Mobility Market in North America and Europe
- Carsharing: Growth Metrics
- Ridehailing: Growth Metrics
- Bikesharing: Growth Metrics
- Growth Drivers
- Growth Restraints
- Forecast Considerations
Total Annual Tailpipe Emissions by Mode: Europe and North America
- North America: Vehicle Electrification Pathways
- Europe: Vehicle Electrification Pathways
- Ridehailing and Carsharing: Modal Shift Impact on CO2 Emission
- Bikesharing: Modal Shift Impact on CO2 Emission
- Policy and Market Inflection Points: Enabling Net-Zero Mobility
Growth Opportunity Universe in the European Ridehailing Market
- Ridehailing in Europe: Market Overview
- Regulatory Environment: Europe's Ridehailing Industry
- Forecast Considerations
- VIO: Ridehailing and Private Cars in Europe
- Annual Kms Covered: Ridehailing and Private Cars in Europe
- EV Percent: Ridehailing and Private Cars in Europe
- Total Emissions: Ridehailing and Private Cars in Europe
- Interdependency of Ridehailing and Public Transport
- PESTLE Analysis: Ridehailing in Europe
- Recommendations: Ridehailing in Europe
Growth Opportunity Universe in the European Bikesharing Market
- Bikesharing in Europe: Market Overview
- Regulatory Environment: Bikesharing Industry
- Forecast Considerations
- VIO eBikesharing Versus Traditional Bikesharing in Europe
- Annual Kms Covered: eBikesharing Versus Traditional Bikesharing in Europe
- Total Net Emissions Replacement due to Ridehailing, Private Cars, and Walking Trips by eBikesharing
- PESTLE Analysis: Biketsharing in Europe
- Recommendations: Bikesharing in Europe
Growth Opportunity Universe in the European Carsharing Market
- Carsharing in Europe: Market Overview
- Regulatory Environment: Carsharing Industry
- Forecast Considerations
- VIO: Carsharing and Private Cars in Europe
- Annual Kms Covered: Carsharing and Private Cars in Europe
- EV Percent: Carsharing and Private Cars in Europe
- Total Emissions: Carsharing and Private Cars in Europe
- Net CO2 Emissions: Based on Private Cars Replaced
- PESTLE Analysis: Carsharing in Europe
- Recommendations: Carsharing in Europe
Growth Opportunity Universe in the North American Ridehailing Market
- Ridehailing in North America: Market Overview
- Regulatory Environment: Ridehailing Industry
- Forecast Considerations
- VIO: Ridehailing and Private Cars in North America
- Annual Kms Covered: Ridehailing and Private Cars in North America
- EV Percent: Ridehailing and Private Cars in North America
- Total Emissions: Ridehailing and Private Cars in North America
- Interdependency of Ridehailing and Public Transport
- PESTLE Analysis: Ridehailing in North America
- Recommendations: Ridehailing in North America
Growth Opportunity Universe in the North American Bikesharing Market
- Bikesharing in North America: Market Overview
- Regulatory Environment: Bikesharing Industry
- Forecast Considerations
- VIO: eBikesharing Versus Traditional Bikesharing in North America
- Annual Kms Covered: eBikesharing Versus Traditional Bikesharing in North America
- Total Net Emissions Replacement due to Ridehailing, Private Cars, and Walking Trips by eBikesharing
- PESTLE Analysis: Bikesharing in North America
- Recommendations: Bikesharing in North America
Growth Opportunity Universe in the North American Carsharing Market
- Carsharing in North America: Market Overview
- Regulatory Environment and North America's Efforts Toward the Carsharing Industry
- Forecast Considerations
- VIO: Carsharing and Private Cars in North America
- Annual Kms Covered: Carsharing and Private Cars in North America
- EV Percent: Carsharing and Private Cars in North America
- Total Emissions: Carsharing and Private Cars in North America
- Net CO2 Emissions: Based on Private Cars Replaced
- PESTLE Analysis: Carsharing in North America
- Recommendations: Carsharing in North America
Growth Environment: Transformation in CO2 Emissions due to Modal Shifts
- Growth Opportunity 1: Electrification Acceleration
- Growth Opportunity 2: Scaling Integration and Modal Shift Through Partnerships
- Growth Opportunity 3: Achieving Net-Zero Urban Mobility Systems
Appendix & Next Steps
- Benefits and Impacts of Growth Opportunities
- Next Steps
- List of Exhibits
- Legal Disclaimer
02-2729-4219
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