Stationary Fuel Cell Systems Market Forecast, Trend Analysis & Competition Tracking - Global Market Insights 2018 to 2027

Published on : Dec-2018 | List of Tables : 106 | List of Figures : 84 | No. of Pages : 170 | Report Code : FACT2456MR | Format : ppt pdf Excel Word

Key Developments in the Stationary Fuel Cell Systems Market

  • Bloom Energy Corporation, a California-based manufacturer in the stationary fuel cell systems market, recently announced that it will receive a project funding of over US$ 100 million from Key Equipment Finance, a bank-held equipment finance company in the U.S., to deploy industrial and commercial fuel cells across the country.
  • Bloom Energy Corporation also announced a strategic partnership with SK Engineering and Construction (SK E&C) to expand the distribution channels for its solid oxide fuel cell systems in South Korea. With this partnership, Bloom Energy is aiming to establish a global leadership in the stationary fuel cell systems market by expanding its foothold in the Asia Pacific region.
  • PowerCell Sweden AB (publ), a Swedish manufacturer in the stationary fuel cell systems market, recently entered a partnership with a German industrial group Siemens AG to develop power generating systems, including stationary fuel cell systems for marine applications.
  • Another leading player in the stationary fuel cell systems market – Doosan Corporation is aiming to expand its business in the North American stationary fuel cell systems market through its subsidiary – Doosan Fuel Cell America Inc. – by establishing a strategic partnership with Wells Fargo Vendor Financial Services, a leading finance company in the North American region.
  • Plug Power Inc., an American manufacturer of hydrogen fuel cells, recently acquired American Fuel Cell, a leading supplier of Membrane Electrode Assemblies (MEA). As the MEA technology is one of the most important catalysts for fuel cells in vehicles to generate electricity, this acquisition is expected to aid Plug Power Inc. to improve adoption of its electric powertrains or stationary fuel cell systems in the on-road industry.
  • FuelCell Energy Inc., another U.S.-based company in the stationary fuel cell systems market, recently declared that it has entered a strategic agreement to acquire a 14.9 megawatt fuel cell park from Dominion Energy, an American power company, for over US$ 36.6 million. The company is aiming to add over US$ 15 million to its annual revenue with this acquisition, and ultimately establish a stronger position in the stationary fuel cell systems market in the upcoming years.

Fact.MR report provides comprehensive information about recent developments in the stationary fuel cell systems market. The report conducts a thorough research on the recent activities of several stationary fuel cell systems market players including Plug Power Inc., Fuelcell Energy Inc., Doosan Fuel Cell America, Ballard Power Systems, POSCO ENERGY, SOLIDpower Group, Bloom Energy Corporation, PowerCell, AFC Energy Plc., and Fuji Electric Co., Ltd.

stationary fuel cell systems market intensity mapping

Note: Fact.MR’s study offers incisive insights on the stationary fuel cell systems market. A summary of the report is available upon request.

Stationary Fuel Cell Systems Market will Remain Consolidated among Top Tiered Companies

According to the Fact.MR report, Bloom Energy Corporation, POSCO ENERGY, and Doosan Fuel Cell America are among the Tier I stakeholders, and Plug Power, Fuelcell Energy, Ballard Power Systems, and Fuji Electric Co., Ltd. are among the Tier II stakeholders in the stationary fuel cell systems market. Leading players in the stationary fuel cell systems are expected to account for 70-75% share in the growth of the stationary fuel cell systems market in the upcoming years.

A majority of top tiered companies have received huge funds from banks or finance companies, which is enabling them to meet their sustainability goals and financial needs. In addition, with the help of these funds and investments, stationary fuel cell systems market leaders are introducing cleaner, resilient, and more innovative power solutions. Whereas, needs for high initial investments pose financial barriers to entry for new players in the stationary fuel cell systems market, which in turn aids the dominance of top tiered companies in the stationary fuel cell systems market.

Note: For full coverage of the competitive landscape, get in touch with our experts.

Growing Needs for Environment-friendly Alternatives to Combustion Engines Drive Market Growth

Increasing concerns about negative impacts of conventional power generation methods on the environment have triggered the use of sustainable power generation equipment such as fuel cells. Conventional power generation units involve combustion of fuel, which ultimately leads to the emission of harmful gases into the environment. This is triggering needs for finding an eco-friendly substitute to tradition electricity generation methods.

In order to cater to the growing needs for more environment-friendly ways to generate electricity, players in the stationary fuel cell systems are promoting the benefits of hydrogen fuel cells as an alternative to traditional power generation. Furthermore, end-users’ awareness about the environmental benefits of using fuel cells in stationary applications, as they mitigate the dependence on oil and harmful emissions, is boosting adoption of stationary fuel cell systems.

stationary fuel cell systems market pricing analysis by region (us$ per kw)

Higher Efficiency and Low Maintenance Multiply Adoption of Stationary Fuel Cell Systems

Apart from its environmental benefits, stationary fuel cell systems offer more versatile advantages over conventional, combustion-based power generation systems. Stationary fuel cell systems are compact and create less noise, which are among the most important factors to trigger end-users to replace conventional electricity generation systems with stationary fuel cell systems.

However, fuel cells are 60% more efficient that other combustion-based engines at generating electricity, which persists to be the leading factors to boost adoption of stationary fuel cell systems across various end-users. Furthermore, stationary fuel cell systems are also preferred over tradition power generation methods for generating heat, as fuel cells are 90% more efficient at generating heat.

In addition, as there are a small number of moving parts in stationary fuel cell systems, they require less maintenance than traditional combustion engines. Thereby, a majority of end-users are shifting away from conventional combustion-based engines to stationary fuel cell systems for highly efficient power generation.

stationary fuel cell systems market opportunity assessment by regions

Automotive Industry to Generate Lucrative Opportunities for Stationary Fuel Cell Systems Market Players

As automobiles are becoming high-tech, leading players in the automotive industry are adopting advanced fuel cell technologies to develop next-generation stationary fuel cell systems for modern electric vehicles. Growing needs for reducing emissions and improving energy efficiency of automobiles, the adoption of fuel cells has increased in the automotive industry, creating profitable sales opportunities for manufacturers in the stationary fuel cell systems market.

Most automakers across the world are adopting proton exchange membrane fuel-cell (PEMFC) systems to develop stationary fuel cell systems to provide heat as well as electricity. A majority of leading manufacturers in the stationary fuel cell systems market are developing the proton exchange membrane fuel-cell (PEMFC) technology for small or mid-sized stationary power generation for passenger cars. The burgeoning trend of rising sales of electric vehicles and needs for controlling automotive emissions is expected to generate new avenues of growth for players in the stationary fuel cell systems market.

High Cost of Fuel Cells Limit Applications and Adoption of Stationary Fuel Cell Systems

Despite the fact that fuel cells are environment-friendly and more efficient other combustion-based engines, their high cost continues to be a critical restraint for the growth of the stationary fuel cell systems. Though the proton exchange membrane fuel cell (PEMFC) technology shows promising growth of the stationary fuel cell systems in the automotive industry, the precious and expensive metal catalysts used to build PEMFC-based stationary fuel cell systems account for over three fourth of the total cost.

Due to the use of expensive metal catalysts, manufacturers in the stationary fuel cell systems fail to introduce competitive prices of stationary fuel cell systems as compared to its alternatives. Leading manufacturers in the stationary fuel cell systems market are investing heavily in research & development to discover ways to reduce cost of stationary fuel cell systems, by replacing precious metal catalysts with less expensive metals. Furthermore, growing investments in developing hydrogen infrastructure are likely to help market players to mitigate other production and installment costs of stationary fuel cell systems.

Note: For detailed analysis on all the key market factors, request a sample.

Definition

A stationary fuel cell system is a stationary or non-mobile power system, in which a fuel cell or multiple fuel cells are used to generate electricity through an electrochemical reaction. Stationary fuel cell systems are commonly used as a backup power source, primary power source, or combined heat and power (CHP) source in multiple applications, especially in critical areas.

About the Report

The Fact.MR report is a detailed forecast on the stationary fuel cell systems market for the period 2018-2027. It provides in-depth information about the development of the stationary fuel cell systems market during the period 2013-2017, which helps readers to understand the historical growth parameters of the market. The report offers a detailed intelligence on macro and microeconomic factors that are influencing sales, demand for stationary fuel cell systems, and revenue generation in the market during the forecast period.

Market Structure

The report provides comprehensive information about demand and sales of stationary fuel cell systems based on power range of stationary fuel cell systems, by technology, its applications, and geographical regions. This segmentation of information about growth of the stationary fuel cell systems market can enable readers to fathom the minute information about market dynamics.

stationary fuel cell systems market taxonomy

Based on the power range of stationary fuel cell systems, the stationary fuel cell systems market is segmented into 250kW-1mW, 5kW-250kW, less than 1Kw, and more than 1mW. Based on the technology used to manufacture stationary fuel cell systems, the stationary fuel cell systems market is segmented into Proton Exchange Membrane Fuel Cell (PEMFC), Solid Oxide Fuel Cell (SOFC), Phosphoric Acid Fuel Cell (PAFC), and Molten Carbonate Fuel Cell (MCFC).

Depending on the applications of stationary fuel cell systems, the stationary fuel cell systems market is segmented into Combined Heat and Power (CHP), Prime Power, and Uninterrupted Power Supply (UPS). Based on the geographical regions, the stationary fuel cell systems market is segmented into North America, Latin America, Europe, Japan, Asia Pacific Excluding Japan (APEJ), and Middle East & Africa (MEA).

Additional Questions Answered

The information about development of the stationary fuel cell systems market during the period 2018-2027, featured in the Fact.MR report, can help readers to understand the most critical factors to influence demand and sales of stationary fuel cell systems across the world.

The report can help new entrants in the stationary fuel cell systems market to keep track of the recent changes in winning strategies of leading manufacturers and other stakeholders in the stationary fuel cell systems market. This can also aid them in planning appropriate business strategies in order to establish a stronger foothold in the stationary fuel cell systems market in the upcoming years.

In addition, the report also answers important questions associated with the development of the stationary fuel cell systems market for readers. Some of these questions answered in the report are

  • Which technology is used most commonly by market players in manufacturing stationary fuel cell systems?
  • What are the big challenges faced by manufacturers in the stationary fuel cell systems market?
  • Why are most stationary fuel cell systems market players investing in the North American region?
  • What are the various stages in the value chain of the stationary fuel cell systems market?
  • What are the important trends and opportunities contributing to growth of the stationary fuel cell systems market during the assessment period?

Research Methodology

A constructive research methodology is followed to obtain unique insights and information on growth of the stationary fuel cell systems market for the period 2018-2027. The growth prospects and market dynamics featured in the report are derived from primary and secondary research methods. The actionable insights on the stationary fuel cell systems market have been obtained by conducting interviews with the market leaders, investors, researchers, as well as fuel cell industry experts.

The information on the stationary fuel cell systems market obtained through secondary research were verified with industry-validated data sources and confirmed by the stationary fuel cell systems market experts. Important information and quantitative estimates reached during the research phase have been closely analyzed to inform stationary fuel cell systems market players about the opportunities in various regional markets for stationary fuel cell systems. This methodology ensures the accuracy and reliability of the information on growth prospects of the stationary fuel cell systems market during the period 2018-2027.

Note: Request methodology.

Stationary Fuel Cell Systems Market: Comprehensive Explanation on New Avenues of Growth for Stakeholders

A recently compiled report of Fact.MR, titled “Stationary Fuel Cell Systems Market Forecast, Trend Analysis & Competition Tracking – Global Market Insights 2018-2027,” gives a comprehensive assessment on the stationary fuel cell systems market worldwide. Size of the stationary fuel cell systems market has been evaluated for the historical period (2013-2017) and forecast period (2018-2027), in terms of value (US$ Bn) and volume (kW). The report also offers an in-depth analysis and forecast on key segments and the competitive landscape of the stationary fuel cell systems market.

The report published by Fact.MR on the stationary fuel cell systems market offers key insights and in-depth analysis of the market. The report provides qualitative and quantitative information based on the primary and secondary research on the stationary fuel cell systems market for the historic and forecast period. The report also includes market dynamics such as trends, restraints, challenges, and drivers, in the stationary fuel cell systems market along with the growth opportunities for players. The informative facts and data featured in the specialty market report are accurate, and unbiased. The study also covers all the important factors resulting in the overall growth of the stationary fuel cell systems market.

Chapter 1 – Global Stationary Fuel Cell System Market - Executive Summary

The first chapter of the report includes the executive summary to provide an overview of the stationary fuel cell systems market. Readers can get a better idea of how the stationary fuel cell systems market will grow during 2018-2027. This chapter also features a brief analysis on why the stationary fuel cell systems market will witness healthy growth throughout the forecast period. New growth avenues for players in the stationary fuel cell systems market are also featured in the executive summary.

Chapter 2 – Global Stationary Fuel Cell System Market Overview

In this chapter, readers can find the definition of the stationary fuel cell systems market along with detailed information about the market structure. The scope of the stationary fuel cell systems market helps readers to comprehend the overall growth prospects of the stationary fuel cell systems market.

Chapter 3 – Global Stationary Fuel Cell Systems Market Dynamics

In this chapter, readers can find detailed information about important market dynamics, including drivers, restraints, opportunities, and trends in the stationary fuel cell systems market. This chapter also includes information about other macroeconomic factors that are boosting or impeding the growth of the stationary fuel cell systems market, which can help readers to fathom important market dynamics.

Chapter 4 – Global Allergy Care Market – Key Assessment

This chapter focuses on elucidating how the global fuel cell industry impacted the stationary fuel cell systems market during 2013-2018. Readers can also find the analysis on how the global stationary fuel cell systems market will grow during 2018-2027 in terms of revenue (US$ Million) and market volume (kW). This chapter can help readers to understand the impact of growth parameters of the global fuel cell market on the prospects of the stationary fuel cell systems market.

This chapter of the report provides information about macroeconomic and microeconomic factors that can impact the growth of the stationary fuel cell systems market. This chapter includes supply chain analysis, market dynamics, value chain analysis, and Porter’s five forces analysis associated with stationary fuel cell systems market. This chapter also provides readers with important information about leading manufacturers, distributors, suppliers, and providers, in the stationary fuel cell systems market.

Chapter 5 – Global Stationary Fuel Cell Systems Market – Price Point Analysis

This chapter provides detailed analysis of various factors that are influencing the basic pricing of stationary fuel cell systems. In addition, the analysis of stationary fuel cell system pricing based on the region, technology, and regional pricing based on technology is provided in the chapter.

Chapter 6 – Global Stationary Fuel Cell System Market Analysis and Forecast 2013-2027

In this chapter, readers can find detailed analysis of development of the stationary fuel cell systems market depending on the power range of stationary fuel cell systems, by technology, its applications, and geographical regions, along with detailed information about factors that are impacting the demand for stationary fuel cell systems across the globe.

Readers can also find growth prospects of the stationary fuel cell systems market based on the estimates on market value (US$ Mn) and volume (kW) by 2027. This chapter explains how the stationary fuel cell systems market will grow across various geographic regions, such as North America, Latin America, Europe, Japan, Asia-Pacific Excluding Japan (APEJ), and the Middle East & Africa (MEA).

Based on the power range of stationary fuel cell systems, the stationary fuel cell systems market is segmented into 250kW-1mW, 5kW-250kW, less than 1Kw, and more than 1mW. Based on the technology used to manufacture stationary fuel cell systems, the stationary fuel cell systems market is segmented into Proton Exchange Membrane Fuel Cell (PEMFC), Solid Oxide Fuel Cell (SOFC), Phosphoric Acid Fuel Cell (PAFC), and Molten Carbonate Fuel Cell (MCFC).

Depending on the applications of stationary fuel cell systems, the stationary fuel cell systems market is segmented into Combined Heat and Power (CHP), Prime Power, and Uninterrupted Power Supply (UPS).

Chapter 7 – North America Stationary Fuel Cell System Market Size and Forecast, 2013-2027

In this chapter, readers can find detailed information about of the growth of the North America stationary fuel cell systems market along with the country-wise market growth analysis, focusing on the U.S. and Canada. Readers can also find information about important regulations, regional trends, and market drivers based on power range of stationary fuel cell systems, by technology, and applications of stationary fuel cell systems products in the North American region.

Chapter 8 – Latin America Stationary Fuel Cell System Market Size and Forecast, 2013-2027

Readers can find detailed analysis of factors such as regional trends, pricing analysis, and key regulations, which are impacting the growth of the Latin America stationary fuel cell systems market. This chapter also provides information about the growth prospects of the stationary fuel cell systems market in leading Latin American countries such as Brazil, Mexico, and rest of the region. Growth prospects of the stationary fuel cell systems market based on power range of stationary fuel cell systems, by technology, and applications of stationary fuel cell systems products in the Latin American region, are also featured in this chapter.

Chapter 9 – Europe Stationary Fuel Cell System Market Size and Forecast, 2013-2027

In this chapter, readers can find critical growth prospects of the stationary fuel cell systems market in the leading European countries, such as EU4 (Germany, France, Italy, and Spain), UK, BENELUX (Belgium, Netherlands, and Luxemburg), Sweden, and other countries in the Eastern Europe.

Growth prospects of the stationary fuel cell systems market based on power range of stationary fuel cell systems, by technology, and applications of stationary fuel cell systems products in the European Union, are also featured in this chapter.

Chapter 10 – Japan Stationary Fuel Cell System Market Size and Forecast, 2013-2027

This chapter provides readers with information about important macro and microeconomic factors that are impacting the growth of the stationary fuel cell systems market in Japan. Growth prospects based on the leading market segments, such as power range of stationary fuel cell systems, by technology, and applications are also mentioned in the chapter. This chapter also provides readers with the overview of market dynamics such as governing policies, restraints, drivers, trends, and opportunities in stationary fuel cell systems market in Japan.

Chapter 11 – APEJ Stationary Fuel Cell System Market Size and Forecast, 2013-2027

Readers can find detailed information about the growth prospects of the stationary fuel cell systems market in the Asia Pacific region excluding Japan (APEJ) during the period 2013-2027. The information featured in the chapter focuses on the leading countries in the APEJ region such as Greater China, India, Australia & New Zealand, ASEAN countries, South Korea, and rest of the region.

Growth prospects of the stationary fuel cell systems market based on power range of stationary fuel cell systems, by technology, and applications of stationary fuel cell systems products in the APEJ region, are also featured in this chapter.

Chapter 12 – MEA Stationary Fuel Cell System Market Size and Forecast, 2013-2027

This chapter provides readers with detailed information on how the stationary fuel cell systems market will perform in the major countries in MEA region, including GCC Countries, South Africa, and rest of the African region, during the forecast period. Growth prospects of the stationary fuel cell systems market based on power range of stationary fuel cell systems, by technology, and applications of stationary fuel cell systems products in the MEA region, are also featured in this chapter.

Chapter 13 – Company Profile

Information featured in this chapter can help readers to understand the competitive environment in the stationary fuel cell systems market with the help of a dashboard overview of leading stationary fuel cell systems manufacturers in the market. Additionally, information about competitive share analysis, market structure, and key participants in the stationary fuel cell systems market is included in this chapter.

The report conducts a thorough research on the recent activities of several stationary fuel cell systems market players including Plug Power Inc., Fuelcell Energy Inc., Doosan Fuel Cell America, Ballard Power Systems, POSCO ENERGY, SOLIDpower Group, Bloom Energy Corporation, PowerCell, AFC Energy Plc., and Fuji Electric Co., Ltd.

Chapter 14 – Disclaimer

The concluding chapter of the report on stationary fuel cell systems market includes all the disclaimers and contact information.

 

Chapter 1 Global Stationary Fuel Cell System Market - Executive Summary 
1.1 Stationary Fuel Cell Systems Market- Opportunity Assessment 
1.2 Mega Trends

Chapter 2 Global Stationary Fuel Cell System Market Overview 
2.1 Introduction 
      2.1.1 Global Stationary Fuel Cell System Market Taxonomy 
      2.1.2 Global Stationary Fuel Cell System Market Definition
2.2 Global Stationary Fuel Cell System Market Size (Value (US$ Mn) & Volume (kW)) and Forecast, 2013-2027 
      2.2.1 Global Stationary Fuel Cell System Market Y-o-Y Growth 

Chapter 3 Global Stationary Fuel Cell Systems Market Dynamics 
3.1 Drivers 
3.2 Restraints 
3.3 Trends 

Chapter 4 Global Stationary Fuel Cell Systems Market – Key Assessment 
4.1 Classification of stationary fuel cell systems
4.2 Fuel Cell Applications 
4.3 Types of End-User 
4.4 PESTLE Analysis 
4.5 Porters Fiver Forces Analysis 
4.6 Global Stationary Fuel Cell Market – Forecast Scenario 
4.7 Major barriers to commercialization for stationary fuel cells and their severity 
4.8 Stationary Fuel Cell: Operation 
4.9 Macro-economic factors 
4.10 Forecast Factors and relevance of impact 
4.11 Region wise Market Positioning Assessment 

Chapter 5 Global Stationary Fuel Cell Systems Market – Price Point Analysis 
5.1 Price Point Assessment by Region 
5.2 Price Point Assessment by Technology 
5.3 Regional Price Analysis by Technology 
5.4 Factors Influencing Pricing 

Chapter 6 Global Stationary Fuel Cell System Market Analysis and Forecast 2013-2027 
6.1 Global Stationary Fuel Cell System Market Size and Forecast by Technology, 2013-2027 
      6.1.1 MCFC Market Size and Forecast, 2013-2027
              6.1.1.1 Revenue (US$ Mn) & Volume (kW) Comparison, By Region 
              6.1.1.2 Market Share Comparison, By Region 
              6.1.1.3 Y-o-Y growth Comparison, By Region 
      6.1.2 PAFC Market Size and Forecast, 2013-2027 
              6.1.2.1 Revenue (US$ Mn) & Volume (kW) Comparison, By Region 
              6.1.2.2 Market Share Comparison, By Region 
              6.1.2.3 Y-o-Y growth Comparison, By Region 
      6.1.3 PEMFC Market Size and Forecast, 2013-2027 
              6.1.3.1 Revenue (US$ Mn) & Volume (kW) Comparison, By Region 
              6.1.3.2 Market Share Comparison, By Region 
              6.1.3.3 Y-o-Y growth Comparison, By Region 
      6.1.4 SOFC Market Size and Forecast, 2013-2027 
              6.1.4.1 Revenue (US$ Mn) & Volume (kW) Comparison, By Region 
              6.1.4.2 Market Share Comparison, By Region 
              6.1.4.3 Y-o-Y growth Comparison, By Region 
6.2 Global Stationary Fuel Cell System Market Size and Forecast By Power Range, 2013-2027 
      6.2.1 Prime Power Market Size and Forecast, 2013-2027 
              6.2.1.1 Revenue (US$ Mn) & Volume (kW) Comparison, By Region 
              6.2.1.2 Market Share Comparison, By Region 
              6.2.1.3 Y-o-Y growth Comparison, By Region 
      6.2.2 Uninterrupted Power Supply (UPS) Market Size and Forecast, 2013-2027 
              6.2.2.1 Revenue (US$ Mn) & Volume (kW) Comparison, By Region 
              6.2.2.2 Market Share Comparison, By Region 
              6.2.2.3 Y-o-Y growth Comparison, By Region 
      6.2.3 Combined Heat and Power (CHP) Market Size and Forecast, 2013-2027
              6.2.3.1 Revenue (US$ Mn) & Volume (kW) Comparison, By Region
              6.2.3.2 Market Share Comparison, By Region
              6.2.3.3 Y-o-Y growth Comparison, By Region
6.3 Global Stationary Fuel Cell System Market Size and Forecast By Power Range, 2013-2027
      6.3.1 Less than 1Kw Market Size and Forecast, 2013-2027
              6.3.1.1 Revenue (US$ Mn) & Volume (kW) Comparison, By Region 
              6.3.1.2 Market Share Comparison, By Region
              6.3.1.3 Y-o-Y growth Comparison, By Region 
      6.3.2 5kW-250kW Market Size and Forecast, 2013-2027 
              6.3.2.1 Revenue (US$ Mn) & Volume (kW) Comparison, By Region 
              6.3.2.2 Market Share Comparison, By Region 
              6.3.2.3 Y-o-Y growth Comparison, By Region 
      6.3.3 250kW-1mW Market Size and Forecast, 2013-2027 
              6.3.3.1 Revenue (US$ Mn) & Volume (kW) Comparison, By Region 
              6.3.3.2 Market Share Comparison, By Region 
              6.3.3.3 Y-o-Y growth Comparison, By Region 
      6.3.4 More than 1mW Market Size and Forecast, 2013-2027 
              6.3.4.1 Revenue (US$ Mn) & Volume (kW) Comparison, By Region 
              6.3.4.2 Market Share Comparison, By Region
              6.3.4.3 Y-o-Y growth Comparison, By Region

Chapter 7 North America Stationary Fuel Cell System Market Size and Forecast, 2013-2027
7.1 North America Market Outlook 
7.2 Revenue (US$ Mn) & Volume (kW) Comparison, By Country 
7.3 Revenue (US$ Mn) & Volume (kW) Comparison, By Technology 
7.4 Revenue (US$ Mn) & Volume (kW) Comparison, By Application 
7.5 Revenue (US$ Mn) & Volume (kW) Comparison, By Power Range 

Chapter 8 Latin America Stationary Fuel Cell System Market Size and Forecast, 2013-2027 
8.1 Latin America Market Outlook
8.2 Revenue (US$ Mn) & Volume (kW) Comparison, By Country 
8.3 Revenue (US$ Mn) & Volume (kW) Comparison, By Technology 
8.4 Revenue (US$ Mn) & Volume (kW) Comparison, By Application 
8.5 Revenue (US$ Mn) & Volume (kW) Comparison, By Power Range 

Chapter 9 Europe Stationary Fuel Cell System Market Size and Forecast, 2013-2027 
9.1 Europe Market Outlook 
9.2 Revenue (US$ Mn) & Volume (kW) Comparison, By Country 
9.3 Revenue (US$ Mn) & Volume (kW) Comparison, By Technology 
9.4 Revenue (US$ Mn) & Volume (kW) Comparison, By Application 
9.5 Revenue (US$ Mn) & Volume (kW) Comparison, By Power Range 

Chapter 10 Japan Stationary Fuel Cell System Market Size and Forecast, 2013-2027
10.1 Japan Market Outlook 
10.2 Revenue (US$ Mn) & Volume (kW) Comparison, By Country 
10.3 Revenue (US$ Mn) & Volume (kW) Comparison, By Technology 
10.4 Revenue (US$ Mn) & Volume (kW) Comparison, By Application 
10.5 Revenue (US$ Mn) & Volume (kW) Comparison, By Power Range 

Chapter 11 APEJ Stationary Fuel Cell System Market Size and Forecast, 2013-2027 
11.1 APEJ Market Outlook
11.2 Revenue (US$ Mn) & Volume (kW) Comparison, By Country 
11.3 Revenue (US$ Mn) & Volume (kW) Comparison, By Technology 
11.4 Revenue (US$ Mn) & Volume (kW) Comparison, By Application 
11.5 Revenue (US$ Mn) & Volume (kW) Comparison, By Power Range 

Chapter 12 MEA Stationary Fuel Cell System Market Size and Forecast, 2013-2027 
12.1 MEA Market Outlook 
12.2 Revenue (US$ Mn) & Volume (kW) Comparison, By Country 
12.3 Revenue (US$ Mn) & Volume (kW) Comparison, By Technology 
12.4 Revenue (US$ Mn) & Volume (kW) Comparison, By Application 
12.5 Revenue (US$ Mn) & Volume (kW) Comparison, By Power Range 

Chapter 13 Global Stationary Fuel Cell System Market- Company Profile 
13.1 Global Stationary Fuel Cell Systems Market- A Dashboard View 
13.2 Global Stationary Fuel Cell Systems Market Structure 
13.3 Global Target Market Company Share Analysis 
13.4 Stationary Fuel Cell Systems Market: Company Profile 
      13.4.1 Plug Power Inc. 
      13.4.2 Fuelcell Energy, Inc. 
      13.4.3 Doosan Fuel Cell America 
      13.4.4 Ballard Power Systems Inc. 
      13.4.5 POSCO ENERGY Co., Ltd. 
      13.4.6 SOLIDpower Group 
      13.4.7 Bloom Energy Corporation 
      13.4.8 PowerCell Sweden AB 
      13.4.9 AFC Energy Plc.
      13.4.10 Fuji Electric Co., Ltd. 

Chapter 14 Disclaimer

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Stationary Fuel Cell Systems Market Forecast, Trend Analysis & Competition Tracking - Global Market Insights 2018 to 2027