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Fuel Cell Electric Bus Market – Growth Opportunities, Analysis, Forecast, North America, 2022

Automotive Fuel Cell Electric Bus Market – Growth Opportunities, Analysis, Forecast, North America, 2022

Future Growth Potential Of Fuel Cell Buses Among Fleets Will Be Influenced By Regional Impetus For Carbon Neutrality,Global Fuel Cell Buses Market,Fuel Cell Electric Bus Market,Hydrogen Buses Market

INDUSTRY
Automotive

RELEASE DATE
16-Dec-2022
REGION
North America
DELIVERABLE TYPE
Market Research

RESEARCH CODE
PDD8-01-00-00-00
SKU
AU02466-GL-MT_27203
Yes
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Fuel Cell Electric Bus Market – Growth Opportunities, Analysis, Forecast, North America, 2022
Published on: 16-Dec-2022 | SKU: AU02466-GL-MT_27203

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Description

To meet international climate targets and develop sustainable zero-emission technologies, the mobility industry is expediting the transition to powertrain electrification and gradually reducing dependence on diesel powertrains. In addition to stringent emission norms, subsidies, and tax exemptions, governments are promoting the use of alternative powertrains in buses plying low-emission zones. The environmental impact of conventional fossil fuels will influence policy decisions in both developed and developing markets. Hydrogen is emerging as a key source of energy to better manage and store the excess electricity generated through sustainable power generation methods, such as solar and wind.

The development of hydrogen fuel cells for mobility applications is gaining traction, and given the various public and private sector initiatives to propel hydrogen mobility, there are immense growth opportunities worldwide for fuel cell transit and coach buses. The next 2-to-5 years will see a host of new participants entering the market, especially in the electrification and fuel cell trucking space. There are also new and cross-industry participants that want a share of the commercial vehicle business pie and are working on different market approaches to identify new revenue verticals in this nascent industry.

Author: Jagadesh Chandran1

Infographic
Table of Contents

Why Is It Increasingly Difficult to Grow?

The Strategic Imperative 8™

The Impact of the Top 3 Strategic Imperatives on the Fuel Cell Bus Industry

Growth Opportunities Fuel the Growth Pipeline Engine™

Snapshot of Fuel Cell Bus Market Size by 2030: Transit and Coach

Global Fuel Cell Bus Trends in 2022

Diesel, NG, Electric, Fuel Cell Transit Bus Operational CPM Comparison

Diesel, NG, Electric, Fuel Cell Transit Bus Operational CPM Comparison

Major OEMs Offering FCEVs, Global

Scope of Analysis

Powertrain Technology Segmentation

Vehicle Segmentation

Global Fuel Cell Bus: Operation Parameters

Growth Drivers for Fuel Cell Bus Adoption

Growth Restraints for Fuel Cell Bus Adoption

Stages of Fuel Cell Bus Demonstration

Factor Influencing the Fuel Cell Bus Market: Regional Status

Factor Influencing the Fuel Cell Bus Market: Regional Status (continued)

Anticipated Global Fuel Cell Bus Deployment Timelines

Hydrogen Technology Development Activities

Strategic Industry Associations and Collaborations

Snapshot of Fuel Cell Transit and Coach Bus Market Size by

Market Presence of Leading Bus Manufacturers

Market Presence of Leading Bus Manufacturers (continued)

Key OEMs’ FC Bus Portfolio and Anticipated Launch Plans

Key OEMs’ Anticipated e-LCV Launches

Key Suppliers’ Capability Snapshot, North America and Europe

Key Suppliers’ Capability Snapshot, Asia

Strategy and Development Roadmap: Daimler

Strategy and Development Roadmap: Solaris

Strategy and Development Roadmap: Van Hool

Strategy and Development Roadmap: Van Hool (continued)

Strategy and Development Roadmap: Caetano

Strategy and Development Roadmap: Hyzon

Strategy and Development Roadmap: Hyundai

Strategy and Development Roadmap: Toyota

Strategy and Development Roadmap: Safra

Strategy and Development Roadmap: Wrightbus

Strategy and Development Roadmap: NFI Group

Strategy and Development Roadmap: ENC

Strategy and Development Roadmap: Geely Auto

Strategy and Development Roadmap: Foton

Strategy and Development Roadmap: Yutong

Strategy and Development Roadmap: Ankai

Strategy and Development Roadmap: ZhongTong Bus

Strategy and Development Roadmap: Kinglong

Strategy and Development Roadmap: Kinglong (continued)

Strategy and Development Roadmap: GREE Altairnano New Energy

Parameters/Assumptions: Transit Bus, North America

Diesel, NG, Electric, Fuel Cell Transit Bus Operational CPM Comparison

Parameters and Assumptions: Transit Buses, Europe

Diesel, NG, Electric, Fuel Cell Transit Bus Operational CPM Comparison

Fuel Cell Bus Deployment and Installation Plans, Europe

Europe: Fuel Cell Mobility Projects

Incentives and Taxations for Cars, Vans, and Buses: Europe

Fuel Cell Bus Deployment and Installation Plans, US

Incentives and Taxation for Fuel Cell Buses and Infrastructure: US

China Fuel Cell Vehicle Policy

Leading Hydrogen Development and Adoption Cities: China

China: Hydrogen Corridors

Growth Opportunity 1: Advanced Hydrogen Storage Technology

Growth Opportunity 1: Advanced Hydrogen Storage Technology

Growth Opportunity 2: Mass-market Adoption

Growth Opportunity 2: Mass-market Adoption

Growth Opportunity 3: Favourable Hydrogen Cost

Growth Opportunity 3: Favourable Hydrogen Cost

Your Next Steps

Why Frost, Why Now?

List of Exhibits

Legal Disclaimer

List of Figures & Charts
List of Figures
  • Fuel Cell Bus: Transit Bus Cost per Mile Comparison of Powertrains, North America, 2022 and 2035
  • Fuel Cell Bus: Transit Bus Cost Per Mile Comparison of Powertrains, Europe, 2022 and 2035
  • Fuel Cell Bus: Growth Drivers, Global, 2023–2035
  • Fuel Cell Bus: Growth Restraints, Global, 2023–2035
  • Fuel Cell Bus: Transit Bus Cost per Mile Comparison of Powertrains, Europe, 2022 and 2035
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To meet international climate targets and develop sustainable zero-emission technologies, the mobility industry is expediting the transition to powertrain electrification and gradually reducing dependence on diesel powertrains. In addition to stringent emission norms, subsidies, and tax exemptions, governments are promoting the use of alternative powertrains in buses plying low-emission zones. The environmental impact of conventional fossil fuels will influence policy decisions in both developed and developing markets. Hydrogen is emerging as a key source of energy to better manage and store the excess electricity generated through sustainable power generation methods, such as solar and wind. The development of hydrogen fuel cells for mobility applications is gaining traction, and given the various public and private sector initiatives to propel hydrogen mobility, there are immense growth opportunities worldwide for fuel cell transit and coach buses. The next 2-to-5 years will see a host of new participants entering the market, especially in the electrification and fuel cell trucking space. There are also new and cross-industry participants that want a share of the commercial vehicle business pie and are working on different market approaches to identify new revenue verticals in this nascent industry. Author: Jagadesh Chandran1
More Information
New Title Fuel Cell Electric Bus Market – Growth Opportunities, Analysis, Forecast, North America, 2022
New Subtitle Future Growth Potential Of Fuel Cell Buses Among Fleets Will Be Influenced By Regional Impetus For Carbon Neutrality,Global Fuel Cell Buses Market,Fuel Cell Electric Bus Market,Hydrogen Buses Market
Deliverable Type Market Research
Author Jagadesh Chandran
Industries Automotive
No Index No
Is Prebook No
Keyword 1 Global Fuel Cell Buses Market
Keyword 2 Fuel Cell Electric Bus Market
Keyword 3 Hydrogen Buses Market
List of Charts and Figures Fuel Cell Bus: Transit Bus Cost per Mile Comparison of Powertrains, North America, 2022 and 2035~ Fuel Cell Bus: Transit Bus Cost Per Mile Comparison of Powertrains, Europe, 2022 and 2035~ Fuel Cell Bus: Growth Drivers, Global, 2023–2035~ Fuel Cell Bus: Growth Restraints, Global, 2023–2035~ Fuel Cell Bus: Transit Bus Cost per Mile Comparison of Powertrains, Europe, 2022 and 2035~
Podcast No
WIP Number PDD8-01-00-00-00