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Global Power-to-X Market to reach USD 655.56 million by the end of 2030.

Global Power-to-X Market Size study & Forecast, by Technology (Power-to-H2, Power-to-CO, Power-to-NH3, Power-to-Methane, Power-to-Methanol, Power-to-H202), by End Use (Transportation, Agriculture, Manufacturing, Industry, Residential, Others) and Regional Analysis, 2023-2030

Product Code: ICTNGT-80589996
Publish Date: 15-11-2023
Page: 200

Global Power-to-X Market is valued at approximately USD 292.8 million in 2022 and is anticipated to grow with a healthy growth rate of more than 10.6% over the forecast period 2023-2030. Power-to-X is a set of technologies that convert surplus electricity into various forms of energy, such as gases, liquids, or heat, for storage and later use. These technologies are mainly used when renewable energy supply fluctuates or falls short of demand. This technology is in demand due to its ability to cater to a wide range of industries and its potential to reduce CO2 emissions, which contribute to climate change. The increasing demand for green energy has also led to a surge in demand for green ammonia as a more organic alternative to chemically processed ammonia.

The global green hydrogen market is expected to grow with the promotion of electric vehicles. These vehicles use hydrogen fuel cells instead of traditional batteries, resulting in reduced air pollution and carbon emissions. Governments are incentivizing the use of electric vehicles by implementing regulations and infrastructure for both consumers and manufacturers. As the market for electric vehicles grows, the demand for electrolyzers is likely to be increased, creating opportunities for industrial expansion in the future of power-to-X technology. However, the lack of awareness about e-fuels and e-fertilizers can slow down the market. Supply chain disruptions can also affect the conversion process and market negatively, and the high cost of carrying out research and development can limit the adoption.

The key regions considered for the Global Power-to-X Market study includes Asia Pacific, North America, Europe, Latin America, and Middle East & Africa. Europe dominates the Power-to-X market as it holds more shares. In order to encourage the use of power-to-X technologies in Europe, it is important to have supportive policies and regulations in place. A good illustration of this concept is the Clean Energy Package of the European Union, as it includes provisions that are specifically designed to promote the deployment of power-to-X and support the use of renewable hydrogen and synthetic fuels. These policies help to create a suitable market environment, which in turn encourages investment and innovation in European power-to-X technologies. The market’s revenue growth is largely attributed to the region’s increased dependence on renewable energy sources, as it aligns with their goal of achieving a carbon-free economy. Furthermore, the adoption of power-to-x technology as a substitute for fossil fuels with carbon-neutral options is expected to make a substantial contribution to the expansion of the market.

Major market player included in this report are:
Air Liquide
Linde
Mitsubishi Power
Ceres Power
Air Products & Chemicals, Inc.
International Renewable Energy Agency (IRENA)
Neles (Valmet Oyj)
Fukushima Hydrogen Energy Research Field (FH2R)
Man Energy Solutions
HPEM2GAS

Recent Developments in the Market:
Ø In February 2021, Copenhagen Infrastructure Partners (CIP), a Danish asset management firm specializing in renewable energy infrastructure, announced their plans to construct Europe’s largest CO2-free Green Ammonia production facility. The power-to-x facility would be located near Esbjerg on Denmark’s west coast, where offshore wind turbines would be used to generate green ammonia.
Ø In April 2021, Alfa Laval, a global leader in heat transfer, centrifugal separation, and fluid handling, joined Liquid Wind, a Swedish firm that develops electro-fuel facilities for the production of renewable clean fuels. Alfa Laval would be part of the Liquid Wind board of directors and would contribute their expertise in heat transfer to improve process efficiency and overall heat and energy integration.
Ø In September 2021, Orsted, a Danish pure-play renewables business, partnered with Williams, a natural gas infrastructure company, to examine the possibility of constructing power-to-x projects in the United States. The two companies would collaborate on large-scale wind energy, electrolysis, and synthetic gas for the development of hydrogen or synthetic natural gas facilities fueled by renewable energy.

Global Power-to-X Market Report Scope:
ü Historical Data – 2020 – 2021
ü Base Year for Estimation – 2022
ü Forecast period – 2023-2030
ü Report Coverage – Revenue forecast, Company Ranking, Competitive Landscape, Growth factors, and Trends
ü Segments Covered – Technology, End Use, Region
ü Regional Scope – North America; Europe; Asia Pacific; Latin America; Middle East & Africa
ü Customization Scope – Free report customization (equivalent up to 8 analyst’s working hours) with purchase. Addition or alteration to country, regional & segment scope*

The objective of the study is to define market sizes of different segments & countries in recent years and to forecast the values to the coming years. The report is designed to incorporate both qualitative and quantitative aspects of the industry within countries involved in the study.

The report also caters detailed information about the crucial aspects such as driving factors & challenges which will define the future growth of the market. Additionally, it also incorporates potential opportunities in micro markets for stakeholders to invest along with the detailed analysis of competitive landscape and product offerings of key players. The detailed segments and sub-segment of the market are explained below:

By Technology:
Power-to-H2
Power-to-CO
Power-to-NH3
Power-to-Methane
Power-to-Methanol
Power-to-H202

By End Use:
Transportation
Agriculture
Manufacturing
Industry
Residential
Others
By Region:

North America
U.S.
Canada

Europe
UK
Germany
France
Spain
Italy
ROE

Asia Pacific
China
India
Japan
Australia
South Korea
RoAPAC

Latin America
Brazil
Mexico

Middle East & Africa
Saudi Arabia
South Africa
Rest of Middle East & Africa

Chapter 1. Executive Summary
1.1. Market Snapshot
1.2. Global & Segmental Market Estimates & Forecasts, 2020-2030 (USD Million)
1.2.1. Power-to-X Market, by Region, 2020-2030 (USD Million)
1.2.2. Power-to-X Market, by Technology, 2020-2030 (USD Million)
1.2.3. Power-to-X Market, by End Use, 2020-2030 (USD Million)
1.3. Key Trends
1.4. Estimation Methodology
1.5. Research Assumption
Chapter 2. Global Power-to-X Market Definition and Scope
2.1. Objective of the Study
2.2. Market Definition & Scope
2.2.1. Industry Evolution
2.2.2. Scope of the Study
2.3. Years Considered for the Study
2.4. Currency Conversion Rates
Chapter 3. Global Power-to-X Market Dynamics
3.1. Power-to-X Market Impact Analysis (2020-2030)
3.1.1. Market Drivers
3.1.1.1. Increasing need for green hydrogen and ammonia
3.1.1.2. The technology caters to wide range of industries
3.1.2. Market Challenges
3.1.2.1. Lack of knowledge regarding e-fuels
3.1.2.2. High implementation and conversion cost of these e-fuels
3.1.3. Market Opportunities
3.1.3.1. As our energy sources become increasingly limited, there is a growing need for power conversion technology.
3.1.3.2. The adoption of EVs to enhance the growth of the worldwide green hydrogen
Chapter 4. Global Power-to-X Market Industry Analysis
4.1. Porter’s 5 Force Model
4.1.1. Bargaining Power of Suppliers
4.1.2. Bargaining Power of Buyers
4.1.3. Threat of New Entrants
4.1.4. Threat of Substitutes
4.1.5. Competitive Rivalry
4.2. Porter’s 5 Force Impact Analysis
4.3. PEST Analysis
4.3.1. Political
4.3.2. Economical
4.3.3. Social
4.3.4. Technological
4.3.5. Environmental
4.3.6. Legal
4.4. Top investment opportunity
4.5. Top winning strategies
4.6. COVID-19 Impact Analysis
4.7. Disruptive Trends
4.8. Industry Expert Perspective
4.9. Analyst Recommendation & Conclusion
Chapter 5. Global Power-to-X Market, by Technology
5.1. Market Snapshot
5.2. Global Power-to-X Market by Technology, Performance – Potential Analysis
5.3. Global Power-to-X Market Estimates & Forecasts by Technology 2020-2030 (USD Million)
5.4. Power-to-X Market, Sub Segment Analysis
5.4.1. Power-to-H2
5.4.2. Power-to-CO
5.4.3. Power-to-NH3
5.4.4. Power-to-Methane
5.4.5. Power-to-Methanol
5.4.6. Power-to-H202
Chapter 6. Global Power-to-X Market, by End Use
6.1. Market Snapshot
6.2. Global Power-to-X Market by End Use, Performance – Potential Analysis
6.3. Global Power-to-X Market Estimates & Forecasts by End Use 2020-2030 (USD Million)
6.4. Power-to-X Market, Sub Segment Analysis
6.4.1. Transportation
6.4.2. Agriculture
6.4.3. Manufacturing
6.4.4. Industry
6.4.5. Residential
6.4.6. Others
Chapter 7. Global Power-to-X Market, Regional Analysis
7.1. Top Leading Countries
7.2. Top Emerging Countries
7.3. Power-to-X Market, Regional Market Snapshot
7.4. North America Power-to-X Market
7.4.1. U.S. Power-to-X Market
7.4.1.1. Technology breakdown estimates & forecasts, 2020-2030
7.4.1.2. End Use breakdown estimates & forecasts, 2020-2030
7.4.2. Canada Power-to-X Market
7.5. Europe Power-to-X Market Snapshot
7.5.1. U.K. Power-to-X Market
7.5.2. Germany Power-to-X Market
7.5.3. France Power-to-X Market
7.5.4. Spain Power-to-X Market
7.5.5. Italy Power-to-X Market
7.5.6. Rest of Europe Power-to-X Market
7.6. Asia-Pacific Power-to-X Market Snapshot
7.6.1. China Power-to-X Market
7.6.2. India Power-to-X Market
7.6.3. Japan Power-to-X Market
7.6.4. Australia Power-to-X Market
7.6.5. South Korea Power-to-X Market
7.6.6. Rest of Asia Pacific Power-to-X Market
7.7. Latin America Power-to-X Market Snapshot
7.7.1. Brazil Power-to-X Market
7.7.2. Mexico Power-to-X Market
7.8. Middle East & Africa Power-to-X Market
7.8.1. Saudi Arabia Power-to-X Market
7.8.2. South Africa Power-to-X Market
7.8.3. Rest of Middle East & Africa Power-to-X Market

Chapter 8. Competitive Intelligence
8.1. Key Company SWOT Analysis
8.1.1. Company 1
8.1.2. Company 2
8.1.3. Company 3
8.2. Top Market Strategies
8.3. Company Profiles
8.3.1. Air Liquide
8.3.1.1. Key Information
8.3.1.2. Overview
8.3.1.3. Financial (Subject to Data Availability)
8.3.1.4. Product Summary
8.3.1.5. Recent Developments
8.3.2. Linde
8.3.3. Mitsubishi Power
8.3.4. Ceres Power
8.3.5. Air Products & Chemicals, Inc.
8.3.6. International Renewable Energy Agency (IRENA)
8.3.7. Neles (Valmet Oyj)
8.3.8. Fukushima Hydrogen Energy Research Field (FH2R)
8.3.9. Man Energy Solutions
8.3.10. HPEM2GAS
Chapter 9. Research Process
9.1. Research Process
9.1.1. Data Mining
9.1.2. Analysis
9.1.3. Market Estimation
9.1.4. Validation
9.1.5. Publishing
9.2. Research Attributes
9.3. Research Assumption

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Data Collection:
To determine the appropriate methods of data collection based on the research objectives, we consider both primary and secondary sources. Primary data collection involves gathering information directly from various industry experts in core and related fields, original equipment manufacturers (OEMs), vendors, suppliers, technology developers, alliances, and organizations. These sources encompass all segments of the value chain within the specific industry. Through in-depth interviews, we engage with key industry participants, subject-matter experts, C-level executives of major market players, industry consultants, and other relevant experts. This allows us to obtain and validate critical qualitative and quantitative information while evaluating market prospects. AI and Big Data are instrumental in our primary research, providing us with powerful tools to collect, analyze, and derive insights from data efficiently. These technologies contribute to the advancement of research methodologies, enabling us to make data-driven decisions and uncover valuable findings.
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Market Size Estimation:
Our proprietary data tools play a crucial role in deriving our market estimates and forecasts. Each study involves the creation of a unique and customized model. The model incorporates the gathered information on market dynamics, technology landscape, application development, and pricing trends. AI techniques, such as machine learning and deep learning, aid us to analyze patterns within the data to identify correlations, trends, and relationships. By recognizing patterns in consumer behavior, purchasing habits, or market dynamics, our AI algorithms aid us in more precise estimations of market size. These factors are simultaneously analyzed within the model, allowing for a comprehensive assessment. To quantify their impact over the forecast period, correlation, regression, and time series analysis are employed.
To estimate and validate the market size, we employ both top-down and bottom-up approaches. The preference is given to a bottom-up approach, where key regional markets are analyzed as separate entities. This data is then integrated to obtain global estimates. This approach is crucial as it provides a deep understanding of the industry and helps minimize errors.
In our forecasting process, we consider various parameters such as economic tools, technological analysis, industry experience, and domain expertise. By taking all these factors into account, we strive to produce accurate and reliable market forecasts. When forecasting, we take into consideration several parameters, which include:
Market driving trends and favorable economic conditions
Restraints and challenges that are expected to be encountered during the forecast period.
Anticipated opportunities for growth and development
Technological advancements and projected developments in the market
Consumer spending trends and dynamics
Shifts in consumer preferences and behaviors.
The current state of raw materials and trends in supply versus pricing
Regulatory landscape and expected changes or developments.
The existing capacity in the market and any expected additions or expansions up to the end of the forecast period.
To assess the market impact of these parameters, we assign weights to each one and utilize weighted average analysis. This process allows us to quantify their influence on the market and derive an expected growth rate for the forecasted period. By considering these various factors and applying a weighted analysis approach, we strive to provide accurate and reliable market forecasts.
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