Title: Fuel Cell Electric Vehicles (FCEVs) Market Analysis Report + Database (Australia, China, Japan, South Korea, Austria, Denmark, France, German, Italy, Netherlands, Norway, Poland, Spain, Sweden, Switzerland, United Kingdom, Canada, USA) + Power Bi Report: Trucks (Heavy Duty, Medium Duty), Buses (Heavy Duty, Medium Duty), Light Commercial Vehicles (Pickup Trucks, Vans), Passenger Vehicles.
Transportation sector accounts for 23% of global GHG emissions, with 20.5 Gt CO2 in 1990 increasing to 33 Gt CO2 in 2021. The entire world is focusing on replacing traditional ICE vehicles with electrified vehicles. One of emerging technology is fuel cell, even if their production is not necessarily carbon-free, hydrogen fuel cells emit no CO2 during operation. It has advantages such as quick refueling, environmental friendliness, long ranges, and efficient operation.
This service provides an in-depth analysis of fuel cell electric vehicles such as passenger cars, trucks, buses, and Light Commercial Vehicles (LCVs). FCEVs are further subdivided into heavy duty and medium duty buses and trucks, while LCVs are further classified as vans and pickup trucks.
This service provides the fuel cell electric vehicle market dynamics of eighteen countries:
Market sizing from 2021-2030
National hydrogen strategy
National hydrogen targets for hydrogen refueling station.
Key market players
Competitive landscape
Hydrogen global fueling standards along with Chinese national standards, North American standards.
Few important parameters are considered when sizing the fuel cell electric vehicles market, including: country targets, subsidies and incentives, OEM targets, current deployments, refueling stations/road maps, and fleet operator targets.
Among the eighteen countries, China, the United States, South Korea, Canada, and Japan have major medium and long-term plans for hydrogen vehicle development, including government and OEM targets, incentives and policies, and major key players.
Executive Summary
Every country is planning to electrify vehicles due to the significant GHG emissions from the transportation sector, and hydrogen-powered fuel cell electric vehicles (FCEVs) are another viable option. FCEVs emit no greenhouse gases (GHGs), can be refueled in minutes, are more environmentally friendly, and a fuel-cell-powered powertrain will be lighter and have a sufficient range. These are typically 40%-60% efficient in terms of energy efficiency.
Among the eighteen countries analysis, China, USA, Japan, Canada, and South Korea have significant medium and long-term plans for strong FCEV infrastructure and effective policies and regulations.
From 2022 to 2030, China's hydrogen fuel cell electric market will grow at a CAGR of 57.3%, while Japan's will grow at a CAGR of 64.3%, South Korea at 62.9%, Canada at 132.2% and the United States at 60.7%.
The major OEMs in the FCEV market are: Daimler, Hyundai, Hyzon, Solaris, and Toyota.
ISO 23273 is the Hydrogen Vehicle Safety Standard, and other ISO Hydrogen Vehicle Tanks and Fueling Station Standards, as well as major SAE Standards on Hydrogen Vehicles and Refueling Infrastructure, are also documented. This service, on the other hand, includes major Chinese National Standards, North American Standards, and Other National Standards of Hydrogen Fueling.
Categories:
1. FCEV Trucks
a. Heavy Duty FCEV Trucks
b. Medium Duty FCEV Trucks
2. FCEV Buses
a. Heavy Duty FCEV Buses
b. Medium Duty FCEV Buses
3. FCEV Light Commercial Vehicles (LCVs)
a. Pickup Trucks
b. Vans
4. FCEV Passenger Vehicles
Countries Covered:
1. Australia
2. China
3. Japan
4. South Korea
5. Austria
6. Denmark
7. France
8. German
9. Italy
10. Netherlands
11. Norway
12. Poland
13. Spain
14. Sweden
15. Switzerland
16. United Kingdom
17. Canada
18. USA
Companies Mentioned:*
1. Daimler
2. Hyundai
3. Hyzon
4. Solaris
5. Toyota
Products Mentioned:
Fuel Cell Electric Vehicles, FCEV buses, FCEV trucks, FCEV light commercial Vehicles, FCEV passenger vehicles, FCEV research, FCEV Market Analysis, FCEV Market Dynamics, FCEV Accelerators, FCEV Inhibitors, FCEV market Key Players, FCEV OEM Targets, National Hydrogen Strategy, Government Incentives and Plans, Targets for Hydrogen Production, Global Hydrogen Fueling Standards.
Table of Contents
1. Executive Summary
2. Overview
I. Global Greenhouse Gas Emissions
II. Why Fuel Cell Electric Vehicles (FCEVs)?
III. ICEV vs FCEV Comparison
IV. Fuel Cell Market Indicators
V. Global FCEV Stock 2021
VI. Global FCEV Forecast 2022
VII. Global FCEV Forecast 2030
VIII. Evaluated Geographies
3. Regional Hydrogen Strategies
I. National Hydrogen Strategy
II. Supporting Strategies, Policies, Regulations and Legislations
III. National Hydrogen Strategy Targets
IV. National Hydrogen Strategy Targets for Hydrogen Vehicles
V. National Hydrogen Strategy Targets for Hydrogen Refueling Stations
VI. Key Players
4. Regional FCEV Analysis by Vehicle Segment
I. FCEV Trucks
II. FCEV Buses
III. FCEV LCVs
IV. FCEV Passenger Cars
5. Competitive Landscape
I. Daimler
II. Hyundai
III. Hyzon
IV. Solaris
V. Toyota
6. Hydrogen Fueling Standards Around the Globe
I. ISO Standards on Hydrogen Vehicles and Refueling Infrastructure
a. Hydrogen Fuel Quality Standards
b. Hydrogen Vehicle Safety Standards
c. Hydrogen Vehicle Tanks and Fueling Station Standards
II. SAE Standards on Hydrogen Vehicles and Refueling Infrastructure