China Proton Exchange Membrane Fuel Cell Market Key Enterprises Research and Investment Trend Tracking Report 2024

China Proton Exchange Membrane Fuel Cell Market Key Enterprises Research and Investment Trend Tracking Report 2024-2030

[Publisher]: Zhongying Xinhe Research Network

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Chapter 1: Overview of the development of the proton exchange membrane fuel cell industry

1.1 Definition and introduction of proton exchange membrane fuel cell industry

1.1.1 Industry Definitions

1.1.2 Product Features

1.1.3 Applications

(1) Application field

(2) Application status

1.1.4 Key areas to be broken through

1.2 Development status of the global proton exchange membrane fuel cell industry

1.2.1 Development status of the North American proton exchange membrane fuel cell industry

(1) Support policies for the North American proton exchange membrane fuel cell industry

(2) The development status of the North American proton exchange membrane fuel cell industry

(3) Major companies and research institutions in the North American fuel cell industry

1.2.2 Development status of the European proton exchange membrane fuel cell industry

(1) Support policies for the European proton exchange membrane fuel cell industry

(2) The development of the fuel cell industry in Europe

(3) Major enterprises and research institutions in the European proton exchange membrane fuel cell industry

1.2.3 Development status of proton exchange membrane fuel cell industry in Japan

(1) Japan's proton exchange membrane fuel cell industry support policies

(2) The development of the proton exchange membrane fuel cell industry in Japan

(3) Major enterprises and research institutions in Japan's proton exchange membrane fuel cell industry

1.3 Development trend of the global proton exchange membrane fuel cell industry

1.3.1 Global PEM Fuel Cell Industry Market Distribution

1.3.2 Analysis of the development trend of the global proton exchange membrane fuel cell industry

1.4 Analysis of the development status of the continental proton exchange membrane fuel cell industry

1.4.1 Analysis of the current development situation

1.4.2 Application Prospect Analysis

Chapter 2: Environmental Analysis of the Development Environment of the Continental Proton Exchange Membrane Fuel Cell Industry

2.1 Analysis of the economic environment of the industry

2.1.1 Analysis of GDP development in mainland China

2.1.2 Analysis of the development of industrial added value

2.1.3 Analysis of the development of fixed asset investment

2.1.4 Forecast and analysis of macroeconomic development in mainland China

2.2 Analysis of the industry policy environment

2.2.1 Industry-related standards

2.2.2 Industry-related policy trends

(1) National proton exchange membrane fuel cell related policies

(2) Policies related to proton exchange membrane fuel cells in representative regions

2.3 Analysis of the social environment of the industry

Chapter 3: Analysis of the development of the industrial chain of the continental proton exchange membrane fuel cell industry

3.1 Introduction to the composition of the industry chain

3.2 Analysis of the operation and impact of the upstream industry

3.2.1 Proton Exchange Membrane Market and Technology Analysis

3.2.2 Catalyst suppliers and technical analysis

3.2.3 Analysis of diffusion layer market and technological progress

3.2.4 Analysis of the operation of the bipolar plate market

3.3 Analysis of the development and application potential of downstream industries

3.3.1 Analysis of the application potential of the automotive industry

(1) The development status and trend of the automobile industry

1) Automobile production analysis

2) Analysis of vehicle sales

3) Analysis of car ownership

4) Car ownership forecast

(2) Application status of proton exchange membrane fuel cells in automobiles

1) Advantages and disadvantages of proton exchange membrane fuel cell vehicles

2) Research on proton exchange membrane fuel cell vehicles

3) Industrialization model of proton exchange membrane fuel cell vehicles

4) Demonstration and promotion of proton exchange membrane fuel cell vehicles

5) Policy support for fuel cell vehicles

and (3) the potential of proton exchange membrane fuel cells in automobiles

3.3.2 Analysis of the application potential of the consumer electronics industry

(1) The development status and trend of the consumer electronics industry

(2) The application status of proton exchange membrane fuel cells in the consumer electronics industry

and (3) the application potential of proton exchange membrane fuel cells in the consumer electronics industry

3.3.3 Analysis of the application potential of the power industry

(1) The development status and trend of the power industry

1) Electricity consumption

2) Electricity supply

3) Power supply construction

(2) The application status of proton exchange membrane fuel cells in electric power

and (3) the potential of proton exchange membrane fuel cells in electric power

3.3.4 Analysis of the application potential of the shipbuilding industry

(1) The development status and trend of the shipbuilding industry

1) Shipbuilding completions

2) The number of new ship orders to be undertaken

3) Hand-held ship order volume

(2) Application status of proton exchange membrane fuel cells in ships

and (3) the potential of proton exchange membrane fuel cells in ships

3.3.5 Analysis of the application potential of the aerospace industry

(1) The development status of the aerospace industry

(2) Application status of proton exchange membrane fuel cells in aerospace

and (3) the potential of proton exchange membrane fuel cells in aerospace

Chapter 4: Analysis of the technological progress of the continental proton exchange membrane fuel cell industry

4.1 Analysis of the technical characteristics of the proton exchange membrane fuel cell industry

4.1.1 Technical Principles

4.1.2 Analysis of advantages and disadvantages

4.1.3 Key technologies to be broken through

4.2 Technological progress of the continental proton exchange membrane fuel cell industry

4.2.1 质子交换膜(PEM)

4.2.2 Catalysts

4.2.3 Bipolar plates

4.2.4 Hydrogen storage technology

4.3 Analysis of technology patents in the proton exchange membrane fuel cell industry

4.3.1 Analysis of industry patent applications

4.3.2 Analysis of industry patent disclosure

4.3.3 Analysis of key technology enterprises

4.3.4 Popular technical analysis in the industry

4.4 Analysis of the technology development trend of the proton exchange membrane fuel cell industry

4.4.1 质子交换膜(PEM)

4.4.2 Electrocatalysts

4.4.3 Bipolar plates

Chapter 5: Continental Proton Exchange Membrane Fuel Cell Industry Operation

5.1 Analysis of the development status of the proton exchange membrane fuel cell industry

5.1.1 Proton exchange membrane fuel cell industry market supply analysis

5.1.2 Market demand analysis of proton exchange membrane fuel cell industry

(1) The need for environmental protection

(2) The need to alleviate the energy crisis

5.1.3 Proton Exchange Membrane Fuel Cell Industry Market Size Analysis from 2018 to 2023

5.2 Concentration analysis of the continental proton exchange membrane fuel cell industry

5.2.1 Analysis of market regional distribution

5.2.2 Market concentration analysis

5.2.3 Competition of R&D institutions

(1) Official and non-profit organizations

(2) Research Institute

(3) Colleges and universities

(4) Enterprises

Chapter 6: Competitive Landscape Analysis of the Continental Proton Exchange Membrane Fuel Cell Industry

6.1 Competition analysis of industry institutions

6.1.1 Industry concentration

6.1.2 Competition of R&D institutions in the industry

(1) Official and non-profit organizations

(2) Research Institute

(3) Colleges and universities

(4) Enterprises

6.2 Analysis of the five forces competition in the industry

6.2.1 Analysis of the bargaining power of upstream suppliers in the industry

6.2.2 Analysis of the bargaining power of downstream users in the industry

6.2.3 Industry Substitute Threat Analysis

6.2.4 Industry Potential Entrant Threat Analysis

6.2.5 Analysis of the competition situation of existing enterprises in the industry

6.2.6 Summary of industry competition

6.3 Analysis of competition among foreign-funded enterprises in China

6.3.1 Investment layout of foreign-funded enterprises in China

6.3.2 Competitive Strategies of Foreign-Funded Enterprises in China

6.3.3 Competitiveness of foreign-funded enterprises in China

6.3.4 The impact of the entry of foreign-funded enterprises on the industry

Chapter 7: Proton Exchange Membrane Fuel Cell Industry Key Company Analysis

7.1 Ballard Power Systems Canada

7.1.1 Brief development of the company

7.1.2 Analysis of the company's product structure

7.1.3 The company's proton exchange membrane fuel cell production and R&D capabilities

(1) Proton exchange membrane fuel cell capacity analysis

(2) Analysis of R&D capabilities of proton exchange membrane fuel cells

7.1.4 Analysis of the company's operating conditions

7.2 Analysis of the operation of Prager Power Company

7.2.1 Brief analysis of enterprise development

7.2.2 Analysis of enterprise product structure

7.2.3 Analysis of the main customers of the enterprise

7.2.4 Analysis of business conditions

7.2.5 Analysis of the advantages and disadvantages of enterprise management

7.2.6 Analysis of the latest trends in enterprise development

7.3 Shanghai Shenli Technology Co., Ltd

7.3.1 Brief development of the company

7.3.2 Analysis of the company's operation

7.3.3 Analysis of the company's product structure

7.3.4 Analysis of scientific research capabilities and scientific research achievements of enterprises

7.3.5 Analysis of the latest trends in enterprise development

7.4 New Energy Power Co., Ltd

7.4.1 Brief development of the company

7.4.2 Analysis of the company's operating conditions

7.4.3 Analysis of enterprise product structure

7.4.4 Analysis of scientific research capabilities and scientific research achievements of enterprises

7.4.5 Analysis of the latest trends in enterprise development

7.5 Wuhan Institute of Technology New Energy Co., Ltd

7.5.1 Brief development of the company

7.5.2 Analysis of the company's product structure

7.5.3 Analysis of the company's scientific research capabilities

7.5.4 Analysis of the company's scientific research results

7.5.5 Analysis of the company's competitive advantages and disadvantages

7.6 Shanghai Panye Hydrogen Energy Technology Co., Ltd

7.6.1 Brief analysis of the company's development

7.6.2 Analysis of the company's product structure

7.6.3 Analysis of the company's scientific research capabilities

7.6.4 Analysis of the company's scientific research results

7.6.5 Analysis of the company's competitive advantages and disadvantages

7.7 Analysis of the operation of Jiangsu Huayuan Hydrogen Energy Technology Development Co., Ltd

7.7.1 Brief analysis of enterprise development

7.7.2 Analysis of enterprise product structure

7.7.3 Analysis of enterprises' scientific research capabilities and achievements

7.7.4 Analysis of the advantages and disadvantages of enterprise competition

Chapter 8: Continental Proton Exchange Membrane Fuel Cell Industry Trends and Investment Recommendations

8.1 Prospect of the development trend of the proton exchange membrane fuel cell industry

8.2 Forecast of the development prospect of the proton exchange membrane fuel cell industry

8.2.1 Favorable Factors for the Proton Exchange Membrane Fuel Cell Industry

8.2.2 Unfavorable factors in the proton exchange membrane fuel cell industry

8.2.3 Proton Exchange Membrane Fuel Cell Industry Prospects

8.3 Analysis of investment characteristics of proton exchange membrane fuel cell industry

8.3.1 Barriers to entry in the proton exchange membrane fuel cell industry

8.3.2 Profit model of proton exchange membrane fuel cell industry

8.3.3 Profitability factors of the proton exchange membrane fuel cell industry

8.3.4 Investment risks in the proton exchange membrane fuel cell industry

8.4 Analysis of investment opportunities in the proton exchange membrane fuel cell industry

8.4.1 Investment hotspots in the proton exchange membrane fuel cell industry

8.4.2 Investment value of the proton exchange membrane fuel cell industry

8.4.3 Investment opportunities in the proton exchange membrane fuel cell industry

8.4.4 Investment suggestions for proton exchange membrane fuel cell industry

Table of Contents of Charts

Figure 1: Schematic diagram of the principle of "PEMFC".

Figure 2: Characteristic benefits of proton exchange membrane fuel cells

Figure 3: Application areas of proton exchange membrane fuel cells

Figure 4: Global proton exchange membrane fuel cell shipment capacity from 2018 to 2023 (unit: MW)

Figure 5: Key areas for breakthrough in the proton exchange membrane fuel cell industry

Figure 6: U.S. proton exchange membrane fuel cell policy

Figure 7: Major companies and research institutes in the U.S. proton exchange membrane fuel cell industry

Figure 8: Major companies and research institutions in Canada's proton exchange membrane fuel cell industry

Figure 9: EU proton exchange membrane fuel cell policy

Exhibit 10: Major companies and research institutes in the European proton exchange membrane fuel cell industry

Figure 11: Japan's proton exchange membrane fuel cell policy

Figure 12: Major companies and research institutes in Japan's proton exchange membrane fuel cell industry

Exhibit 13: Global Proton Exchange Membrane Fuel Cell Industry Regional Distribution (in %)

Figure 14: Changes in China's GDP and its growth rate from 2018 to 2023 (unit: 100 million yuan, %)

Figure 15: Year-on-year growth rate of China's industrial added value from 2018 to 2023 (unit: 100 million yuan, %)

Figure 16: Investment in fixed assets and growth rate in mainland China from 2018 to 2023 (unit: 100 million yuan, %)

Exhibit 17: Forecast of macroeconomic indicators in mainland China in 2024 (unit: %)

Figure 18: 2019-2023 China's fuel cell industry standards

Figure 19: Composition of the proton exchange membrane fuel cell industry chain

Figure 20: Commercial and novel proton exchange membranes

Figure 21: Advantages and disadvantages of various types of proton exchange membranes

Figure 22: Proton exchange membrane fuel cell catalysts are moving towards low platinum and non-platinum levels

Figure 23: Johnson Matthey fuel cell catalyst products

Figure 24: Comparison of the three types of diffusion layer materials

Figure 25: Comparison of the three types of bipolar plates

Figure 26: China's automobile production trend from 2018 to 2023 (unit: 10,000 units, %)

Chart 27: China's automobile sales and growth rate from 2018 to 2023 (unit: 10,000 units, %)

Figure 28: China's car ownership and growth from 2018 to 2023 (unit: 10,000 units, %)

Figure 29: China's car ownership forecast from 2024 to 2030 (unit: 100 million units)

Figure 30: Analysis of the advantages and disadvantages of proton exchange membrane fuel cell vehicles

Figure 31: Innovation in the industrialization model of proton exchange membrane fuel cell vehicles

Figure 32: Industrialization of proton exchange membrane fuel cell vehicles in China

Figure 33: Domestic fuel cell partial subsidy policy

Figure 34: There are currently three main forms of on-board hydrogen sources

Figure 35: Revenue of electronic information industry from 2018 to 2023 (unit: trillion yuan, %)

Figure 36: Electricity consumption in China from 2018 to 2023 (unit: 100 million kWh, %)

Figure 37: Electricity consumption structure of the whole society in 2023 (unit: 100 million kWh, %)

Figure 38: Power generation of power plants above designated size in China from 2018 to 2023 (unit: 100 million kWh, %)

Exhibit 39: Power generation by type in 2023 (unit: 100 million kWh, %)

Figure 40: Completion of power supply investment from 2018 to 2023 (unit: 100 million yuan, %)

Figure 41: Schematic diagram of PEMFC emergency power supply networking

Figure 42: China's shipbuilding completions and growth rate from 2018 to 2023 (unit: 10,000 dwt, %)

Exhibit 43: China's new ship orders and growth rate from 2018 to 2023 (unit: 10,000 dwt, %)

Chart 44: China's hand-held ship orders and their growth rate from 2018 to 2023 (unit: 10,000 dwt, %)

Exhibit 45: Number of General Aviation Aircraft Registered in China from 2018 to 2023 (Unit: Aircraft)

Figure 46: Overview of the development of general aviation operations since the founding of the People's Republic of China (unit: hours)

Figure 47: Annual operation volume of China's general aviation from 2018 to 2023 (unit: 10,000 hours)

Exhibit 48: China's general aviation operation structure in 2023 (unit: %)

Figure 49: Schematic diagram of how a proton exchange membrane fuel cell works

Figure 50: Advantages and disadvantages of proton exchange membrane fuel cells

Figure 51: Key technologies to be discovered in proton exchange membrane fuel cells

Figure 52: Analysis of commonly used electrode catalysts

Figure 53: Changes in the number of patent applications for proton exchange membrane fuel cell related technologies from 2018 to 2023 (unit: pieces, %)

Figure 54: Changes in the number of patent disclosures for proton exchange membrane fuel cell related technologies from 2018 to 2023 (unit: pieces, %)

Exhibit 55: Composition of the top 10 patent applicants for proton exchange membrane fuel cell related technologies as of 2023 (unit: pieces, %)

Figure 56: Top 10 patent distribution of proton exchange membrane fuel cell related technologies as of 2023 (unit: pieces, %)

Exhibit 57: Supply of China's proton exchange membrane fuel cell industry from 2018 to 2023 (unit: MW, %)

Figure 58: Analysis of major policies, laws and regulations of the environmental protection industry from 2018 to 2023

Figure 59: Total investment in environmental pollution control from 2024 to 2030 and year-on-year growth rate (unit: 100 million yuan, %)

Exhibit 60: China's gasoline data from 2017 to 2023 (unit: 10,000 tons, %)

Exhibit 61: China's proton exchange membrane fuel cell market size from 2018 to 2023 (unit: MW, %)

Figure 62: How a proton exchange membrane fuel cell works

Figure 63: Regional consumption structure of China's proton exchange membrane fuel cells in 2023 (unit: %)

Figure 64: Classification of domestic enterprises mainly engaged in fuel cell components, material systems and applications

Exhibit 65: Official and Non-Profit Organisations

Figure 66: Institutes

Figure 67: Colleges and universities

Exhibit 68: Selected companies

Figure 69: Classification of domestic enterprises mainly engaged in proton exchange membrane fuel cell components, material systems and applications

Exhibit 70: Official and Non-Profit Organisations

Figure 71: Institutes

Figure 72: Colleges and universities

Exhibit 73: Selected Related Companies

Figure 74: Analysis of Porter's Five Forces model

Exhibit 75: Summary of current competitive characteristics of the proton exchange membrane fuel cell industry

Figure 76: Conclusion of the Five Forces Analysis of the Continental Proton Exchange Membrane Fuel Cell Industry

Exhibit 77: Investment Layout of Foreign Enterprises in China

Exhibit 78: Impact of foreign companies on the proton exchange membrane fuel cell industry in China

Exhibit 79: Major shareholders and subsidiaries of Ballard Power Systems

Exhibit 80: Ballard Power Systems' main business composition

Exhibit 81: Ballard Power Systems' PEM battery products are available in three formats

Exhibit 82: Ballard Power Systems' fuel cell core component production capacity (in cubic meters, hectares, 10,000 units)

Exhibit 83: Ranking of the number of patent applications for key technologies of the company (unit: pieces, %)

Exhibit 84: Ballard Power Systems' Operating Conditions, 2018-2023 (in $10,000, %)

Exhibit 85: Percentage of revenue sources in FY2023 (unit: %)

Exhibit 86: Major shareholders and subsidiaries of Prager Power Company

Exhibit 87: Composition of Prager Power's main business

Exhibit 88: Major customers of Prager Power

Exhibit 89: Prager Power Company's operating conditions, 2019-2023 (unit: 10,000 US dollars, %)

Exhibit 90: Analysis of Prager Power's operating strengths and weaknesses

Exhibit 91: Basic information table of Shanghai Shenli Technology Co., Ltd

Exhibit 92: Shanghai Shenli Technology Co., Ltd. main products

Exhibit 93: Basic information table of Xinyuan Power Co., Ltd

Exhibit 94: Product structure analysis of Xinyuan Power Co., Ltd

Exhibit 95: Basic information table of Wuhan Institute of Technology New Energy Co., Ltd

Exhibit 96: Main products of Wuhan Institute of Technology New Energy Co., Ltd

Exhibit 97: Analysis of the operating advantages and disadvantages of Wuhan Institute of Technology New Energy Co., Ltd

Exhibit 98: Basic information table of Shanghai Panye Hydrogen Energy Technology Co., Ltd

Exhibit 99: Main products of Shanghai Panye Hydrogen Energy Technology Co., Ltd

Exhibit 100: Analysis of the operating advantages and disadvantages of Shanghai Panye Hydrogen Energy Technology Co., Ltd

Exhibit 101: Basic information table of Jiangsu Huayuan Hydrogen Energy Technology Development Co., Ltd

Figure 102: Main products of Jiangsu Huayuan Hydrogen Energy Technology Development Co., Ltd

Figure 103: Analysis of the operating advantages and disadvantages of Jiangsu Huayuan Hydrogen Energy Technology Development Co., Ltd

Exhibit 104: Snowman's hydrogen fuel cell business layout progress

Figure 105: Proton exchange membrane fuel cell industry chain

Exhibit 106: Toyota proton exchange membrane fuel cell stack suppliers

Exhibit 107: Ballard proton exchange membrane fuel cell stack supplier

Exhibit 108: Hydrogen fuel cell industry chain and companies