世界のグリーン水素市場予測

出版：Inkwood Research（インクウッドリサーチ）　出版年月：2021年9月

世界のグリーン水素市場予測　2025-2030年
GLOBAL GREEN HYDROGEN MARKET FORECAST 2025-2030

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KEY FINDINGS

The global green hydrogen market is anticipated to grow with a CAGR of 54.72% in terms of revenue and 76.92% in terms of volume over the projected years of 2025 to 2030. The market growth is attributable to governmental promotion as well as investments in green hydrogen projects, the depreciating cost of renewable energy, improving grid efficiency, and scaling of innovative green hydrogen production technology.

MARKET INSIGHTS

Green hydrogen is produced using renewable sources of energy. With the threat of climate change becoming more eminent, companies are beginning to invest in renewable technologies and curating regulations and policies to minimize their carbon footprint. Besides, renewable energy sources have significantly developed over the years and harbor the potential to help economies move towards lower carbon emissions.

Clean hydrogen can be effectively used as an alternative to mitigate the dire impact of carbon dioxide emissions, emerging as the leading cause of global warming. Numerous countries across the world, including Australia, Canada, Austria, Germany, France, Morocco, the Netherlands, Spain, Norway, Portugal, and Italy, have published or drafted national hydrogen strategies supporting measures for clean hydrogen. Moreover, as per the International Energy Agency (IEA), the use of clean hydrogen could prevent the emission of nearly 830 million tons of carbon dioxide every year.

REGIONAL INSIGHTS

The global green hydrogen market growth assessment includes the in-depth evaluation of key countries such as China, India, Austria, Saudi Arabia, Germany, Brazil, and others. Germany is anticipated to be a significant consumer of clean hydrogen across Europe. The country’s market growth is accredited to the numerous government initiatives aimed towards zero-emission of carbon dioxide as well as carbon neutrality targets by 2050. On the other hand, Austria already possesses a high share of renewable energy sources within its electricity mix, primarily owing to the country’s extensive hydropower capacity. Furthermore, in Austria, variable renewable electricity’s technical potential is more than twice as high as its projected final electricity demand in 2030.

COMPETITIVE INSIGHTS

The industrial rivalry across the global green hydrogen market is high due to the presence of numerous manufactures. Although vendors cannot increase the price of their products due to the intense competition, they attempt to capitalize on the market through global expansion strategies. This is achieved by means of partnerships and product enhancements in order to augment their performance and productivity.
Some of the top companies operating in the market are Siemens Energy, Shell, Air Liquide, etc.

Our report offerings include:

• Explore key findings of the overall market
• Strategic breakdown of market dynamics (Drivers, Restraints, Opportunities, Challenges)
• Market forecasts for a minimum of 9 years, along with 3 years of historical data for all segments, sub-segments, and regions
• Market Segmentation cater to a thorough assessment of key segments with their market estimations
• Geographical Analysis: Assessments of the mentioned regions and country-level segments with their market share
• Key analytics: Porter’s Five Forces Analysis, Vendor Landscape, Opportunity Matrix, Key Buying Criteria, etc.
• Competitive landscape is the theoretical explanation of the key companies based on factors, market share, etc.
• Company profiling: A detailed company overview, product/services offered, SCOT analysis, and recent strategic developments

目次

TABLE OF CONTENTS

1. RESEARCH SCOPE & METHODOLOGY
1.1. STUDY OBJECTIVES
1.2. SCOPE OF STUDY
1.3. METHODOLOGY
1.4. ASSUMPTIONS & LIMITATIONS
2. EXECUTIVE SUMMARY
2.1. MARKET SIZE & ESTIMATES
2.2. MARKET OVERVIEW
3. PARENT MARKET ANALYSIS: HYDROGEN MARKET
3.1. GREY
3.2. BROWN
3.3. BLUE
3.4. GREEN
4. KEY DRIVERS
4.1. GOVERNMENTAL PROMOTION & INVESTMENTS IN GREEN HYDROGEN PROJECTS
4.2. REDUCED COSTS OF RENEWABLE ENERGY
4.3. SCALING OF NEW GREEN HYDROGEN PRODUCTION TECHNOLOGY
4.4. IMPROVING GRID EFFICIENCY
5. KEY CHALLENGES
5.1. STORAGE AND TRANSPORTATION ISSUES
5.2. HIGH PRODUCTION COSTS
5.3. NEED FOR DEDICATED INFRASTRUCTURES
6. KEY ANALYTICS
6.1. TECHNOLOGICAL ANALYSIS
6.1.1. PROTON EXCHANGE MEMBRANE ELECTROLYZER
6.1.2. ALKALINE ELECTROLYZER
6.1.3. SOLID OXIDE ELECTROLYZER
6.1.4. ANION EXCHANGE
6.2. POTENTIAL GREEN HYDROGEN USES
6.2.1. POWER GENERATION
6.2.2. TRANSPORATION
6.2.3. INDUSTRY
6.2.4. HEATING RESIDENTIAL & COMMERCIAL BUILDINGS
6.3. PORTER’S FIVE FORCES ANALYSIS
6.3.1. BUYERS POWER
6.3.2. SUPPLIERS POWER
6.3.3. SUBSTITUTION
6.3.4. NEW ENTRANTS
6.3.5. INDUSTRY RIVALRY
6.4. VENDOR LANDSCAPE
6.5. VALUE CHAIN ANALYSIS
6.5.1. PRODUCTION
6.5.2. PROCESSING
6.5.3. TRANSPORTATION & STORAGE
6.5.4. END-USERS
7. GEOGRAPHICAL ANALYSIS
7.1. HYDROGEN POTENTIAL IN KEY COUNTRIES
7.2. COUNTRY ANALYSIS
7.2.1. UNITED STATES
7.2.1.1. UNITED STATES ENERGY PROFILE
7.2.1.2. IMPORTANT INSTITUTIONS & POLICIES FOR THE ENERGY SECTOR IN UNITED STATES
7.2.1.3. UNITED STATES GREEN HYDROGEN INDUSTRY: OVERVIEW
7.2.1.4. GREEN HYDROGEN PROJECTS IN UNITED STATES
7.2.2. CANADA
7.2.2.1. CANADA ENERGY PROFILE
7.2.2.2. IMPORTANT INSTITUTIONS & POLICIES FOR THE ENERGY SECTOR IN CANADA
7.2.2.3. CANADA GREEN HYDROGEN INDUSTRY: OVERVIEW
7.2.2.4. GREEN HYDROGEN PROJECTS IN CANADA
7.2.3. UNITED KINGDOM
7.2.3.1. UNITED KINGDOM ENERGY PROFILE
7.2.3.2. IMPORTANT INSTITUTIONS & POLICIES FOR THE ENERGY SECTOR IN UNITED KINGDOM
7.2.3.3. UNITED KINGDOM GREEN HYDROGEN INDUSTRY: OVERVIEW
7.2.3.4. GREEN HYDROGEN PROJECTS IN UNITED KINGDOM
7.2.4. NETHERLANDS
7.2.4.1. NETHERLANDS ENERGY PROFILE
7.2.4.2. IMPORTANT INSTITUTIONS & POLICIES FOR THE ENERGY SECTOR IN NETHERLANDS
7.2.4.3. NETHERLANDS GREEN HYDROGEN INDUSTRY: OVERVIEW
7.2.4.4. GREEN HYDROGEN PROJECTS IN NETHERLANDS
7.2.5. NORWAY
7.2.5.1. NORWAY ENERGY PROFILE
7.2.5.2. IMPORTANT INSTITUTIONS & POLICIES FOR THE ENERGY SECTOR IN NORWAY
7.2.5.3. NORWAY GREEN HYDROGEN INDUSTRY: OVERVIEW
7.2.5.4. GREEN HYDROGEN PROJECTS IN NORWAY
7.2.6. GERMANY
7.2.6.1. GERMANY ENERGY PROFILE
7.2.6.2. IMPORTANT INSTITUTIONS & POLICIES FOR THE ENERGY SECTOR IN GERMANY
7.2.6.3. GERMANY GREEN HYDROGEN INDUSTRY: OVERVIEW
7.2.6.4. GREEN HYDROGEN PROJECTS IN GERMANY
7.2.7. FRANCE
7.2.7.1. FRANCE ENERGY PROFILE
7.2.7.2. IMPORTANT INSTITUTIONS & POLICIES FOR THE ENERGY SECTOR IN FRANCE
7.2.7.3. FRANCE GREEN HYDROGEN INDUSTRY: OVERVIEW
7.2.7.4. GREEN HYDROGEN PROJECTS IN FRANCE
7.2.8. SPAIN
7.2.8.1. SPAIN ENERGY PROFILE
7.2.8.2. IMPORTANT INSTITUTIONS & POLICIES FOR THE ENERGY SECTOR IN SPAIN
7.2.8.3. SPAIN GREEN HYDROGEN INDUSTRY: OVERVIEW
7.2.8.4. GREEN HYDROGEN PROJECTS IN SPAIN
7.2.9. GREECE
7.2.9.1. GREECE ENERGY PROFILE
7.2.9.2. IMPORTANT INSTITUTIONS & POLICIES FOR THE ENERGY SECTOR IN GREECE
7.2.9.3. GREECE GREEN HYDROGEN INDUSTRY: OVERVIEW
7.2.9.4. GREEN HYDROGEN PROJECTS IN GREECE
7.2.10. DENMARK
7.2.10.1. DENMARK ENERGY PROFILE
7.2.10.2. IMPORTANT INSTITUTIONS & POLICIES FOR THE ENERGY SECTOR IN DENMARK
7.2.10.3. DENMARK GREEN HYDROGEN INDUSTRY: OVERVIEW
7.2.10.4. GREEN HYDROGEN PROJECTS IN DENMARK
7.2.11. AUSTRIA
7.2.11.1. AUSTRIA ENERGY PROFILE
7.2.11.2. IMPORTANT INSTITUTIONS & POLICIES FOR THE ENERGY SECTOR IN AUSTRIA
7.2.11.3. AUSTRIA GREEN HYDROGEN INDUSTRY: OVERVIEW
7.2.11.4. GREEN HYDROGEN PROJECTS IN AUSTRIA
7.2.12. CHINA
7.2.12.1. CHINA ENERGY PROFILE
7.2.12.2. IMPORTANT INSTITUTIONS & POLICIES FOR THE ENERGY SECTOR IN CHINA
7.2.12.3. CHINA GREEN HYDROGEN INDUSTRY: OVERVIEW
7.2.12.4. GREEN HYDROGEN PROJECTS IN CHINA
7.2.13. INDIA
7.2.13.1. INDIA ENERGY PROFILE
7.2.13.2. IMPORTANT INSTITUTIONS & POLICIES FOR THE ENERGY SECTOR IN INDIA
7.2.13.3. INDIA GREEN HYDROGEN INDUSTRY: OVERVIEW
7.2.13.4. GREEN HYDROGEN PROJECTS IN INDIA
7.2.14. JAPAN
7.2.14.1. JAPAN ENERGY PROFILE
7.2.14.2. IMPORTANT INSTITUTIONS & POLICIES FOR THE ENERGY SECTOR IN JAPAN
7.2.14.3. JAPAN GREEN HYDROGEN INDUSTRY: OVERVIEW
7.2.14.4. GREEN HYDROGEN PROJECTS IN JAPAN
7.2.15. SOUTH KOREA
7.2.15.1. SOUTH KOREA ENERGY PROFILE
7.2.15.2. IMPORTANT INSTITUTIONS & POLICIES FOR THE ENERGY SECTOR IN SOUTH KOREA
7.2.15.3. SOUTH KOREA GREEN HYDROGEN INDUSTRY: OVERVIEW
7.2.15.4. GREEN HYDROGEN PROJECTS IN SOUTH KOREA
7.2.16. AUSTRALIA
7.2.16.1. AUSTRALIA ENERGY PROFILE
7.2.16.2. IMPORTANT INSTITUTIONS & POLICIES FOR THE ENERGY SECTOR IN AUSTRALIA
7.2.16.3. AUSTRALIA GREEN HYDROGEN INDUSTRY: OVERVIEW
7.2.16.4. GREEN HYDROGEN PROJECTS IN AUSTRALIA
7.2.17. SAUDI ARABIA
7.2.17.1. SAUDI ARABIA ENERGY PROFILE
7.2.17.2. IMPORTANT INSTITUTIONS & POLICIES FOR THE ENERGY SECTOR IN SAUDI ARABIA
7.2.17.3. SAUDI ARABIA GREEN HYDROGEN INDUSTRY: OVERVIEW
7.2.17.4. GREEN HYDROGEN PROJECTS IN SAUDI ARABIA
7.2.18. OMAN
7.2.18.1. OMAN ENERGY PROFILE
7.2.18.2. IMPORTANT INSTITUTIONS & POLICIES FOR THE ENERGY SECTOR IN OMAN
7.2.18.3. OMAN GREEN HYDROGEN INDUSTRY: OVERVIEW
7.2.18.4. GREEN HYDROGEN PROJECTS IN OMAN
7.2.19. UNITED ARAB EMIRATES
7.2.19.1. UNITED ARAB EMIRATES ENERGY PROFILE
7.2.19.2. IMPORTANT INSTITUTIONS & POLICIES FOR THE ENERGY SECTOR IN UNITED ARAB EMIRATES
7.2.19.3. UNITED ARAB EMIRATES GREEN HYDROGEN INDUSTRY: OVERVIEW
7.2.19.4. GREEN HYDROGEN PROJECTS IN UNITED ARAB EMIRATES
7.2.20. CHILE
7.2.20.1. CHILE ENERGY PROFILE
7.2.20.2. IMPORTANT INSTITUTIONS & POLICIES FOR THE ENERGY SECTOR IN CHILE
7.2.20.3. CHILE GREEN HYDROGEN INDUSTRY: OVERVIEW
7.2.20.4. GREEN HYDROGEN PROJECTS IN CHILE
7.2.21. BRAZIL
7.2.21.1. BRAZIL ENERGY PROFILE
7.2.21.2. IMPORTANT INSTITUTIONS & POLICIES FOR THE ENERGY SECTOR IN BRAZIL
7.2.21.3. BRAZIL GREEN HYDROGEN INDUSTRY: OVERVIEW
7.2.21.4. GREEN HYDROGEN PROJECTS IN BRAZIL
8. COMPANY PROFILES
8.1. ACWA POWER
8.2. AIR LIQUIDE
8.3. AIR PRODUCTS AND CHEMICALS INC
8.4. CUMMINS INC
8.5. ENGIE
8.6. ERGOSUP
8.7. GREEN HYDROGEN
8.8. LINDE PLC
8.9. MCPHY ENERGY SA
8.10. NEL ASA
8.11. PLUG POWER
8.12. SGH2 ENERGY
8.13. SHELL
8.14. SIEMENS ENERGY
8.15. TOSHIBA ENERGY SYSTEMS & SOLUTIONS CORPORATION
8.16. TOTAL
8.17. UNIPER SE

List of Tables

LIST OF TABLES
TABLE 1: GLOBAL GREEN HYDROGEN MARKET, FORECAST YEARS, 2020-2024 (IN $ MILLION)
TABLE 2: GLOBAL GREEN HYDROGEN MARKET, FORECAST YEARS, 2020-2024 (IN KILOTONS)
TABLE 3: GLOBAL GREEN HYDROGEN MARKET, FORECAST YEARS, 2025-2030 (IN $ MILLION)
TABLE 4: GLOBAL GREEN HYDROGEN MARKET, FORECAST YEARS, 2025-2030 (IN KILOTONS)
TABLE 5: GREEN HYDROGEN PROJECTS IN UNITED STATES
TABLE 6: GREEN HYDROGEN PROJECTS IN CANADA
TABLE 7: GREEN HYDROGEN PROJECTS IN UNITED KINGDOM
TABLE 8: GREEN HYDROGEN PROJECTS IN NETHERLANDS
TABLE 9: GREEN HYDROGEN PROJECTS IN NORWAY
TABLE 10: GREEN HYDROGEN PROJECTS IN GERMANY
TABLE 11: GREEN HYDROGEN PROJECTS IN FRANCE
TABLE 12: GREEN HYDROGEN PROJECTS IN SPAIN
TABLE 13: GREEN HYDROGEN PROJECTS IN GREECE
TABLE 14: GREEN HYDROGEN PROJECTS IN DENMARK
TABLE 15: GREEN HYDROGEN PROJECTS IN AUSTRIA
TABLE 16: GREEN HYDROGEN PROJECTS IN CHINA
TABLE 17: GREEN HYDROGEN PROJECTS IN INDIA
TABLE 18: GREEN HYDROGEN PROJECTS IN JAPAN
TABLE 19: GREEN HYDROGEN PROJECTS IN SOUTH KOREA
TABLE 20: GREEN HYDROGEN PROJECTS IN AUSTRALIA
TABLE 21: GREEN HYDROGEN PROJECTS IN SAUDI ARABIA
TABLE 22: GREEN HYDROGEN PROJECTS IN OMAN
TABLE 23: GREEN HYDROGEN PROJECTS IN UNITED ARAB EMIRATES
TABLE 24: GREEN HYDROGEN PROJECTS IN CHILE
TABLE 25: GREEN HYDROGEN PROJECTS IN BRAZIL

List of Figures

LIST OF FIGURES
FIGURE 1: PORTER’S FIVE FORCES ANALYSIS
FIGURE 2: VENDOR LANDSCAPE
FIGURE 3: VALUE CHAIN ANALYSIS
FIGURE 4: HYDROGEN POTENTIAL IN KEY COUNTRIES
FIGURE 5: UNITED STATES PRIMARY ENERGY CONSUMPTION, BY ENERGY SOURCE, 2020 (IN %)
FIGURE 6: CANADA PRIMARY ENERGY CONSUMPTION, BY ENERGY SOURCE, 2020 (IN %)
FIGURE 7: UNITED KINGDOM PRIMARY ENERGY CONSUMPTION, BY ENERGY SOURCE, 2019 (IN %)
FIGURE 8: NETHERLANDS PRIMARY ENERGY CONSUMPTION, BY ENERGY SOURCE, 2020
FIGURE 9: NETHERLANDS PRIMARY ENERGY CONSUMPTION, BY ENERGY SOURCE, 2019 (IN %)
FIGURE 10: NORWAY ELECTRIC ENERGY PRODUCTION, BY ENERGY SOURCE, 2018 (IN %)
FIGURE 11: GERMANY ELECTRIC ENERGY CONSUMPTION, BY ENERGY SOURCE, 2020 (IN %)
FIGURE 12: FRANCE POWER GENERATION, BY ENERGY SOURCE, 2019 (IN %)
FIGURE 13: SPAIN POWER GENERATION, BY ENERGY SOURCE, 2020 (IN %)
FIGURE 14: DENMARK TOTAL ENERGY SUPPLIED, BY ENERGY SOURCE, 2020 (IN %)
FIGURE 15: CHINA PRIMARY ENERGY CONSUMPTION, BY ENERGY SOURCE, 2019 (IN %)
FIGURE 16: INDIA PRIMARY ENERGY CONSUMPTION, BY ENERGY SOURCE, 2019 (IN %)
FIGURE 17: JAPAN PRIMARY ENERGY CONSUMPTION, BY ENERGY SOURCE, 2019 (IN %)
FIGURE 18: SOUTH KOREA PRIMARY ENERGY CONSUMPTION, BY ENERGY SOURCE, 2019 (IN %)
FIGURE 19: BRAZIL PRIMARY ENERGY CONSUMPTION BY ENERGY SOURCE, 2019 (IN %)

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