In-depth research report on the development strategy of China's hydrogen energy industry 2024-2030.
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Docking personnel": [Zhang Wei].
Last revision date: [March 2024].
Selected Catalogs:
1.3Analysis of the policy environment of the hydrogen energy industry 89
1.3.1Policies related to the hydrogen energy industry 89
1) National Medium and Long-term Outline for the Development of Science and Technology 89
2) The 14th Five-Year Plan for Energy Development 150
3) China's National Plan for Addressing Climate Change 156
4) Medium and Long-term Development Plan for Renewable Energy 177
1.3.2Policies related to hydrogen energy vehicles 205
1) Automotive Industry Policy 205
2) "New Energy Vehicle Production Access Management Rules" 222
3) Notice on Carrying out the Pilot Work of Demonstration and Promotion of Energy-saving and New Energy Vehicles 227
4) "Automobile Industry Adjustment and Revitalization Plan" 228
5) "New Energy Vehicle Manufacturers and Product Access Management Rules" 237
6) Notice on Launching the Pilot Program of Subsidies for Private Purchase of New Energy Vehicles 243
7) Draft 244 of the 14th Five-Year Plan for the Development of the Automobile and New Energy Vehicle Industry (2023-2030).
1.3.3Hydrogen Energy Related Standard 248
1.4Technical environmental analysis of the hydrogen energy industry 249
1.4.1Analysis of hydrogen production process 249
1) Hydrogen production by electrolysis of water 249
2) Solar hydrogen production 249
3) Biohydrogen 250
4) Solid polymer electrolysis 250
5) Hydrogen sulfide to hydrogen 251
6) Hydrogen production from solid biomass 252
7) Hydrolysis of sodium borohydride to produce hydrogen 252
8) Other hydrogen production processes 253
1.4.2. Analysis of hydrogen storage technology 253
1) High-pressure gaseous storage 253
2) Cryogenic liquid hydrogen storage 254
3) Metal hydride storage 254
1.5Analysis of the safety environment of the hydrogen energy industry 255
1.5.1Hydrogen energy storage safety analysis 255
1.5.2 Hydrogen energy transport safety analysis 255
1.5.3Safety analysis of hydrogen energy use 256
Chapter 2: Analysis of the development status of the world hydrogen energy industry 257
2.1. Analysis of the development of the world's hydrogen energy industry 257
2.1.1Overview of the development of the world's hydrogen energy industry 257
2.1.2. Current status of hydrogen energy development and utilization in the world 259
2.1.3Analysis of the commercialization of hydrogen energy in the world 261
2.2Analysis of the development and utilization of hydrogen energy in major countries and regions in the world 264
2.2.1Analysis of hydrogen energy development and utilization in the United States 264
1) Current status of hydrogen energy development and utilization in the United States 264
2) Analysis of the amount of hydrogen energy investment in the United States 266
3) U.S. Hydrogen Energy Development Plan 268
2.2.2Analysis of the development and utilization of hydrogen energy in the EU 272
1) Status quo of hydrogen energy development and utilization in the EU 272
2) Analysis of the amount of hydrogen energy investment in the EU 273
3) EU Hydrogen Energy Development Plan 274
4) Analysis of hydrogen energy development and utilization in major EU countries 275
1) Analysis of the development and utilization of hydrogen energy in Germany 275
2) Analysis of the development and utilization of hydrogen energy in Spain 276
3) Analysis of the development and utilization of hydrogen energy in the UK 277
2.2.3 Analysis of the development and utilization of hydrogen energy in Japan 278
1) Current status of hydrogen energy development and utilization in Japan 278
2) Analysis of Japan's hydrogen energy investment 279
3) Japan's Hydrogen Energy Development Plan 282
2.2.4Analysis of the development and utilization of hydrogen energy in Russia 283
2.2.5 Analysis of Hydrogen Energy Development and Utilization in Canada 285
2.2.6Analysis of the development and utilization of hydrogen energy in Brazil 287
2.2.7Analysis of the development and utilization of hydrogen energy in Norway 287
2.2.8Analysis of the development and utilization of hydrogen energy in Iceland 288
2.2.9Analysis of Hydrogen Energy Development and Utilization in India 288
2.2.10 Analysis of Hydrogen Energy Development and Utilization in South Korea 289
2.3. Analysis of the development prospects of the world's hydrogen energy industry 300
2.3.1. Analysis of the development trend of the world's hydrogen energy industry 300
2.3.2. Development prospects of the world's hydrogen energy industry** 301
Chapter 3: Analysis of the development status of China's hydrogen energy industry 303
3.1Analysis of China's Hydrogen Energy Development and Utilization 303
3.1.1Analysis of China's hydrogen production 303
3.1.2Analysis of the necessity of hydrogen energy development in China 304
3.1.3. Analysis of the current situation of hydrogen energy development and utilization in China 305
3.1.4. China's Hydrogen Energy Hydrogen Energy Utilization Development Plan 306
3.2. Analysis of the development of China's hydrogen energy industry 308
3.2.1Analysis of China's hydrogen energy development strategy 308
3.2.2 Analysis of China's hydrogen energy investment 308
3.2.3Progress of hydrogen energy research and development in China 301
3.2.4 Exploration and analysis of commercialization of China's hydrogen energy industry 303
3.3. Analysis of the development prospect of China's hydrogen energy industry 305
3.3.1Analysis of the development trend of China's hydrogen energy industry 305
3.3.2. Development prospects of China's hydrogen energy industry** 306
Chapter 4: Analysis of the development status of hydrogen fuel cells 307
4.1Overview of Hydrogen Fuel Cells 307
4.1.1Definition of Hydrogen Fuel Cell 307
4.1.2Advantages and disadvantages of hydrogen fuel cells 307
4.1.3Hydrogen fuel cell application areas 308
4.1.4Analysis of obstacles to commercialization of hydrogen fuel cells 312
4.2Analysis of the development of hydrogen fuel cells in the world 313
4.2.1 Current status of hydrogen fuel cell research and development in the world 313
4.2.2 Analysis of world hydrogen fuel cell production 314
4.2.3. Regional distribution of fuel cell production and demand in the world 315
4.2.4. Analysis of the world's major hydrogen fuel cell manufacturers 315
4.2.5 World Hydrogen Fuel Cell Investment Analysis 317
4.2.6 Prospects for the world hydrogen fuel cell market 317
4.3Analysis of the development of hydrogen fuel cells in China 320
4.3.1Analysis of the current status of hydrogen fuel cell research and development in China 320
4.3.2 Analysis of China's hydrogen fuel cell market demand 321
4.3.3. China's main hydrogen fuel cell manufacturers 326
4.3.4. Analysis of China's hydrogen fuel cell investment 328
4.3.5. Prospects of China's hydrogen fuel cell market 332
Chapter 5: Analysis of the Development Status of Hydrogen Energy Vehicles 335
5.1Overview of Hydrogen Energy Vehicles 335
5.1.1Definition of a hydrogen vehicle 335
5.1.2Principles of Hydrogen Energy Vehicles 335
5.1.3Environmental benefit analysis of hydrogen energy vehicles 336
1) Analysis of the advantages of hydrogen energy vehicles 336
2) Comparison of environmental indicators between hydrogen energy vehicles and fuel vehicles 337
1) Analysis of environmental indicators of hydrogen energy vehicles 337
2) Analysis of environmental indicators of fuel vehicles 338
5.1.4. Analysis of the constraints on the development of hydrogen energy vehicles 339
5.2. Analysis of the construction of hydrogen refueling stations in the world 341
5.2.1. Global hydrogen refueling station construction status 341
5.2.2Global hydrogen refueling station construction plan 341
5.2.3. Analysis of the construction of hydrogen refueling stations in major regions of the world 342
1) Analysis of the construction of hydrogen refueling stations in North America 342
1) Analysis of the construction of hydrogen refueling stations in the United States 342
2) Analysis of the construction of hydrogen refueling stations in Canada 343
2) Analysis of the construction of hydrogen refueling stations in Europe 343
1) Analysis of the construction of hydrogen refueling stations in Germany 343
2) Analysis of the construction of hydrogen refueling stations in Iceland 345
3) Analysis of the construction of hydrogen refueling stations in Norway 345
4) Analysis of the construction of hydrogen refueling stations in Denmark 346
5) Analysis of the construction of hydrogen refueling stations in the UK 346
3) Analysis of the construction of hydrogen refueling stations in Asia 346
1) Analysis of the construction of hydrogen refueling stations in China 346
2) Analysis of the construction of hydrogen refueling stations in Japan 348
3) Analysis of the construction of hydrogen refueling stations in South Korea 348
5.2.4. Analysis of major companies in the construction of hydrogen refueling stations in the world 349
1) Air Liquide 349
2) AirProductsAndChemicals 349
3) Linde 350
4) ShellHydrogen 350
5) Norwegian Petroleum (statoilhydro) 351
6）hydrogenicscorporation 351
5.2.5. Analysis of the construction of hydrogen refueling stations of global automobile companies 351
1) Analysis of the construction of general hydrogen refueling stations 351
2) Analysis of the construction of Volkswagen hydrogen refueling station 352
3) Analysis of the construction of Honda's hydrogen refueling station 352
5.3 Analysis of the development of hydrogen energy vehicles in the world 353
5.3.1. Analysis of the current status of research and development of hydrogen energy vehicles in the world 353
5.3.2. Analysis of Incentive Policies for Hydrogen Energy Vehicles in Various Countries 356
1) Analysis of Hydrogen Vehicle Incentive Policies in the United States 356
2) Analysis of Incentive Policies for Hydrogen Energy Vehicles in Japan 365
3) Analysis of Incentive Policies for Hydrogen Energy Vehicles in Germany 369
4) Analysis of Incentive Policies for Hydrogen Energy Vehicles in Sweden 370
5.3.3. Analysis of the development of hydrogen energy vehicles in major countries and regions in the world 371
1) Analysis of the development of hydrogen energy vehicles in the United States 371
2) Analysis of the development of hydrogen energy vehicles in Japan 372
3) Analysis of the development of hydrogen energy vehicles in the EU 373
4) Analysis of the development of hydrogen energy vehicles in Norway 373
5) Analysis of the development of hydrogen energy vehicles in Spain 374
5.3.4. Dynamic analysis of hydrogen energy vehicle R&D of world automobile enterprises 376
1) Dynamic analysis of BMW hydrogen vehicle R&D 376
2) Dynamic analysis of R&D of general hydrogen energy vehicles 376
3) Honda's R&D dynamics analysis of hydrogen energy vehicles 377
4) Dynamic analysis of Toyota's hydrogen energy vehicle R&D 378
5) Dynamic analysis of Ford's hydrogen energy vehicle R&D 379
5.3.5. Analysis of the development prospect of hydrogen energy vehicles in the world 381
1) Global hydrogen energy vehicle mass production time** 381
2) Global Hydrogen Vehicle Market Prospects** 382
5.4 Analysis of the development of hydrogen energy vehicles in China 383
5.4.1Analysis of the current status of hydrogen energy vehicle research and development in China 383
5.4.2. Analysis of the technical level of hydrogen energy vehicles in China 385
5.4.3 Analysis of hydrogen fuel cell engine production in China 385
5.4.4 Analysis of the commercialization of hydrogen energy buses in China 386
5.4.5 Analysis of China's Hydrogen Energy Bus Exports 389
5.4.6. Analysis of the development prospect of hydrogen energy vehicles in China 391
1) Unfavorable factors for the promotion of hydrogen energy vehicles 391
2) Strategies for the promotion of hydrogen energy vehicles 392
3) Hydrogen energy vehicle market outlook** 393
Chapter 6: Analysis of the development status of hydrogen power plants 395
6.1Overview of hydrogen power plants 395
6.1.1Definition of hydrogen power station 395
6.1.2Principles of hydrogen power plants 395
6.1.3Advantages of hydrogen energy power plants 396
6.2Analysis of the development of hydrogen power stations in the world 396
6.2.1Overview of the development of hydrogen power stations in the world 396
6.2.2 R&D status of hydrogen power stations in the world 397
6.2.3. Construction of hydrogen power stations in the world 398
1) Construction of hydrogen power plants in the United States 398
2) Construction of hydrogen power stations in the UK 400
3) Construction of hydrogen power plants in Italy 401
4) Construction of hydrogen power plants in South Korea 402
5) Construction of hydrogen power stations in the UAE 405
6.2.4. Development prospects of hydrogen power stations in the world** 405
6.3Analysis of the development of hydrogen power stations in China 406
6.3.1 R&D status of hydrogen power stations in China 406
6.3.2. Construction of hydrogen power stations in China 409
6.3.3 China Small Hydrogen Power Station Market Analysis 410
1) Analysis of small hydrogen power station production enterprises 410
2) Analysis of demand areas for small-scale hydrogen power plants 410
3) Analysis of hydrogen in small hydrogen power stations** 412
6.3.4. Development prospects of hydrogen power plants in China** 412
Chapter 7: Analysis of the Application of Hydrogen Energy in the Aerospace Sector 414
7.1Application analysis of hydrogen energy in the field of aerospace 414
7.1.1Analysis of the development status of spacecraft 414
7.1.2Analysis of the role of hydrogen energy in the field of aerospace 415
7.1.3. Analysis of the application status of hydrogen energy in the aerospace field 416
7.1.4. Analysis of the development status of aerospace hydrogen-oxygen engines 417
1) Analysis of the role of hydrogen-oxygen engines 417
2) Analysis of the current situation of research and development of foreign hydrogen-oxygen engines 417
3) Analysis of the current status of domestic hydrogen-oxygen engine research and development 418
7.2Analysis of the application of hydrogen energy in the field of aviation 419
7.2.1. Analysis of the current situation of aviation aircraft development 419
7.2.2Analysis of the application status of hydrogen energy in the field of aviation 419
7.2.3. Analysis of the advantages of hydrogen energy applied to aviation aircraft 420
7.2.4Analysis of the development status of hydrogen energy aircraft 420
1) Definition of Hydrogen Energy Aircraft 420
2) Analysis of the current status of hydrogen aircraft research and development 420
3) Prospects for the development of hydrogen energy aircraft** 422
Chapter 8: Analysis of the Production and Operation of Major Companies in China's Hydrogen Energy Industry 423
8.1. The overall development status of enterprises in the hydrogen energy industry 423
8.2. Business analysis of leading companies in the hydrogen energy industry 426
8.2.1. Analysis of the operation of Beijing Feichi Green Energy Power Technology Co., Ltd. 426
1) Brief analysis of enterprise development 426
2) Analysis of enterprise scientific research projects and achievements 426
3) Enterprise product structure and new product trends 427
4) Enterprise Sales Channels and Networks 427
5) SWOT analysis of business conditions 427
6) Analysis of corporate investment, mergers and acquisitions 427
7) Analysis of the latest development trends of enterprises 428
8.2.2. Analysis of the operation of Shanghai Shenli Technology 428
1) Brief analysis of enterprise development 428
2) Analysis of enterprise scientific research projects and achievements 428
3) Enterprise product structure and new product trends 430
4) Enterprise Sales Channels and Networks 430
5) SWOT analysis of business conditions 430
6) Analysis of corporate investment, mergers and acquisitions 430
7) Analysis of the latest development trends of enterprises 430
8.2.3. Analysis of the operation of Xinyuan Power Co., Ltd. 431
1) Brief analysis of enterprise development 431
2) Analysis of enterprise scientific research projects and achievements 431
3) Enterprise product structure and new product trends 431
4) Enterprise Sales Channels and Networks 432
5) SWOT analysis of business conditions 432
6) Analysis of corporate investment, mergers and acquisitions 433
7) Analysis of the latest development trends of enterprises 433
8.2.4. Analysis of Jiangsu Xinyuan Power's business situation 433
1) Brief analysis of enterprise development 433
2) Analysis of enterprise scientific research projects and achievements 433
3) Enterprise product structure and new product trends 434
4) Enterprise Sales Channels and Networks 434
5) SWOT analysis of business conditions 434
6) Analysis of corporate investment, mergers and acquisitions 434
7) Analysis of the latest development trends of enterprises 435
8.2.5. Analysis of the operation of Shanghai Panye Hydrogen Energy Technology 435
1) Brief analysis of enterprise development 435
2) Analysis of enterprise scientific research projects and achievements 435
3) Enterprise product structure and new product trends 435
4) Enterprise Sales Channels and Networks 436
5) SWOT analysis of business conditions 436
6) Analysis of corporate investment, mergers and acquisitions and restructuring 436
7) Analysis of the latest development trends of enterprises 437
8.2.6. Analysis of the operation of the power system of fuel cell vehicles in Shanghai 437
1) Brief analysis of enterprise development 437
2) Enterprise scientific research projects and results analysis 437
3) Enterprise product structure and new product trends 438
4) Enterprise Sales Channels and Networks 438
5) SWOT analysis of business conditions 439
6) Analysis of corporate investment, mergers and acquisitions 439
7) Analysis of the latest development trends of enterprises 439
8.2.7. Analysis of the business situation of Beijing Qingneng Huatong Science and Technology Development 440
1) Brief analysis of enterprise development 440
2) Enterprise scientific research projects and results analysis 440
3) Enterprise product structure and new product trends 441
4) Enterprise Sales Channels and Networks 441
5) SWOT analysis of business conditions 441
6) Analysis of corporate investment, mergers and acquisitions 442
7) Analysis of the latest development trends of enterprises 442
8.2.8. Analysis of the operation of Beijing Century Fuyuan Fuel Cell 442
1) Brief analysis of enterprise development 442
2) Enterprise scientific research projects and results analysis 443
3) Enterprise product structure and new product trends 443
4) Enterprise Sales Channels and Networks 443
5) SWOT analysis of business conditions 443
6) Analysis of corporate investment, mergers and acquisitions 443
7) Analysis of the latest development trends of enterprises 444
8.2.9. Analysis of the operation of Zhejiang Shentong Hydrogen Fuel Cell Technology 444
1) Brief analysis of enterprise development 444
2) Analysis of enterprise scientific research projects and achievements 444
3) Enterprise product structure and new product trends 445
4) Enterprise Sales Channels and Networks 445
5) SWOT analysis of business conditions 445
6) Analysis of corporate investment, mergers and acquisitions 445
7) Analysis of the latest development trends of enterprises 445
8.2.10. Analysis of the development of Desheng energy equipment in Loudi City 446
1) Brief analysis of enterprise development 446
2) Analysis of enterprise scientific research projects and results 447
3) Enterprise product structure and new product trends 447
4) Enterprise Sales Channels and Networks 447
5) SWOT analysis of business conditions 448
6) Analysis of corporate investment, mergers and acquisitions 448
7) Analysis of the latest development trends of enterprises 448
8.2.11. Analysis of the operation of China-Hong Kong-India Energy Group 448
1) Brief analysis of enterprise development 448
2) Analysis of enterprise scientific research projects and achievements 449
3) Enterprise product structure and new product trends 449
4) Enterprise Sales Channels and Networks 449
5) SWOT analysis of business conditions 450
6) Analysis of corporate investment, mergers and acquisitions 450
7) Analysis of the latest development trends of enterprises 450
8.2.12. Analysis of the operation of Yingde Gas Group 450
1) Brief analysis of enterprise development 450
2) Analysis of major economic indicators 451
3) Analysis of corporate profitability 453
4) Analysis of enterprise operational capabilities 454
5) Corporate solvency analysis 454
6) Analysis of enterprise development capacity 456
7) Analysis of corporate organizational structure and governance 457
8) Enterprise product structure and new product trends 457
9) Enterprise Sales Channels and Networks 457
10) SWOT analysis of business conditions 458
11) Analysis of corporate investment, mergers and acquisitions 458
12) Analysis of the latest development trends of enterprises 458
8.2.13 Air Liquide (Tianjin)** Analysis of the operating situation 459
1) Brief analysis of enterprise development 459
2) Analysis of business operations 460
3) Enterprise product structure and new product trends 467
4) Enterprise Sales Channels and Networks 467
5) SWOT analysis of business conditions 467
8.2.14. Analysis of the operation of Chongqing Chaoyang Gas 467
1) Brief analysis of enterprise development 467
2) Analysis of business operations 468
3) Enterprise product structure and new product trends 475
4) SWOT analysis of business conditions 475
5) Analysis of corporate investment, mergers and acquisitions 475
6) Analysis of the latest development trends of enterprises 475
8.2.15Analysis of the operation of industrial gases in Shanghai Chemical Industry Park 476
1) Brief analysis of enterprise development 476
2) Analysis of business operations 477
3) Enterprise product structure and new product trends 484
4) SWOT analysis of business conditions 484
5) Analysis of the latest development trends of enterprises 484
Chapter 9: Analysis of China's 14th Five-Year Plan and Investment in Hydrogen Energy Industry 485
9.1Investment characteristics of China's hydrogen energy industry 485
9.1.1Analysis of barriers to entry in the hydrogen energy industry 485
9.1.2. Analysis of the profit model of the hydrogen energy industry 486
9.1.3. Analysis of Profitability Factors in the Hydrogen Energy Industry 488
9.2Investment risk of China's hydrogen energy industry 490
9.2.1Policy risks in the hydrogen energy industry 490
9.2.2Technical risks in the hydrogen energy industry 490
9.2.3. Macroeconomic fluctuation risk in the hydrogen energy industry 490
9.2.4Competition risks in the hydrogen energy industry 491
9.2.5Other risks in the hydrogen energy industry 491
9.3Investment Recommendations for China's Hydrogen Energy Industry 492
9.3.1. Analysis of the current situation of investment in the hydrogen energy industry 492
9.3.2Major Investment Proposals for the Hydrogen Energy Industry 493