China vs. MENA: Contrasting Clean Energy Pathways and Evolving Strategic Partnerships

China and the MENA region stand as two most influential players in the global energy transition. As the world’s largest manufacturing hub for clean energy equipment and a territory endowed with top-tier renewable energy resources respectively, the two sides have adopted distinct development models. Supported by multilateral frameworks including the Shanghai Cooperation Organisation (SCO), their cooperation has evolved from conventional commodity trade into long-term strategic partnership. An in-depth comparison of their development models, industrial stages and core strengths reveals enormous cooperation potential, paving a new way for the large-scale development of global green hydrogen and renewable energy industries.

1. Core Development Paths: Scale-Driven Manufacturing vs. Resource-Led Utilization

China’s clean energy development is underpinned by policy guidance and full-industry-chain expansion. In Q1 2026, China’s total capacity of renewable hydrogen projects (both operational and under construction) exceeded 1 million tons per annum, while the operational capacity surpassed 250,000 tons per annum, doubling the figure recorded at the end of 2024. Benefiting from a complete industrial system, Chinese manufacturers hold more than 60% of the global electrolyzer market, leading the world and covering two mainstream technologies: alkaline and Proton Exchange Membrane (PEM). Driven by large-scale production, continuous technological upgrading and comprehensive local supporting facilities, China has effectively brought down the costs of electrolyzers worldwide and lowered barriers for hydrogen projects across the globe. China’s development roadmap focuses on nurturing the industrial chain through localized manufacturing and pilot projects, before expanding to diversified end-use scenarios.

The MENA region follows a typical resource-led development model. Gulf nations such as Saudi Arabia and the United Arab Emirates possess world-class solar irradiation, featuring outstanding stability and density, which delivers remarkable cost advantages for renewable power generation. Unlike China that prioritizes equipment manufacturing, MENA countries focus on resource valorization: they leverage abundant wind and solar resources to produce green power, and concentrate on manufacturing green hydrogen and green ammonia, aiming to build a global export hub for low-carbon fuels.

The NEOM Green Hydrogen Project in Saudi Arabia is currently the world’s largest ongoing green hydrogen project. Its overall construction progress has exceeded 90%, and the supporting 4 GW wind and solar power facilities are nearly completed. The project is scheduled for commercial operation in 2027, serving as a prime example of resource-driven energy transition in the MENA region.

2. Industrial Development Stages: Mature Ecosystem vs. Emerging Infrastructure System

China’s clean energy and green hydrogen sectors have entered a phase of large-scale commercialization, with a complete industrial ecosystem covering R&D, manufacturing, engineering, energy storage and end applications. The 1.5 million cubic meter salt cavern hydrogen storage demonstration project in Pingdingshan was officially commissioned in April 2026, breaking the major bottleneck of large-scale hydrogen storage. Meanwhile, applications including hydrogen heavy-duty trucks, industrial decarbonization and distributed energy supply have been widely deployed, forming a sound industrial chain integrating hydrogen production, storage & transportation and end consumption, with strong resilience.

By contrast, the clean energy and green hydrogen industries across MENA are still in the early stage of ecosystem development and infrastructure improvement. Saudi Arabia, the UAE and other regional countries have rolled out national hydrogen strategies with clear medium and long-term capacity targets, attracting global capital and technologies to launch gigawatt-scale green hydrogen projects. Most flagship projects are currently at the Front-End Engineering Design (FEED) or construction stage, facing shortages of hydrogen pipelines, hydrogen storage facilities and immature local end markets. Additionally, the extreme local environment featuring high temperature, sand and high salinity sets higher requirements for the heat resistance, corrosion resistance and dust-proof performance of electrolyzers, wind turbines and solar systems.

3. Win-Win Synergies From Divergent Strengths

The differences in development models create solid foundations for bilateral cooperation. China’s mature manufacturing capacity, modular solutions and rich project experience perfectly match the market demands of MENA. A number of Chinese new energy enterprises have participated in the construction of landmark projects such as the NEOM Green Hydrogen Project, supplying core equipment including PV inverters and wind power units. Their participation helps cut project costs and shorten construction cycles. China’s standardized, modular electrolyzers and professional engineering services are well-suited for large-scale green hydrogen projects in MENA.

Far beyond simple commercial transactions, the cooperation has grown into a stable long-term strategic partnership under frameworks of the SCO and the Belt and Road Initiative (BRI). In the first half of 2025, China’s investment in BRI green energy projects reached $9.7 billion, covering wind power, solar power and waste-to-energy sectors, representing an increase of $4.2 billion compared with the same period of 2024. The MENA region stands at the core of this green cooperation boom.

The two sides also achieve two-way exchanges of technologies and experience. China’s expertise in renewable energy grid integration, hydrogen infrastructure construction and industrial cost control helps MENA accelerate industrial development and avoid potential pitfalls. In return, the operational experience of equipment under extreme working conditions and the management experience of mega energy projects in MENA drive technological innovation among Chinese manufacturers. The joint research on high-efficiency electrolysis technologies adapted to arid regions between Chinese and Saudi academic institutions fully demonstrates this mutual empowerment.

Conclusion

Driven respectively by manufacturing strengths and superior natural resources, China and MENA adopt different yet convergent clean energy development strategies, with shared goals of safeguarding energy security, realizing low-carbon transition and fostering new growth drivers. Against the global trend of carbon neutrality, their complementary strengths create huge cooperation space. Joint efforts in equipment supply, joint R&D and experience sharing will accelerate the global uptake of green hydrogen, create a replicable model for energy transition in emerging markets, and contribute to global low-carbon development.

References

[1] National Energy Administration of China. Press Conference on Renewable Hydrogen Industry Development (Q1 2026), 27 Apr 2026.

[2] IEA. Global Hydrogen Review 2025. International Energy Agency, 2025.

[3] Air Products. Q1 2026 Earnings Release & NEOM Project Progress Update, 2026.

[4] NEOM Green Hydrogen Company. Official Project Briefing, 2026.

[5] Xinhua News Agency, China Pingmei Shenma Group. Commissioning Announcement of Pingdingshan Salt Cavern Hydrogen Storage Demonstration Project, 25 Apr 2026.

[6] National Development and Reform Commission, National Energy Administration of China. Medium and Long-term Development Plan for Hydrogen Energy Industry (2021–2035), Mar 2022.

[7] King Abdullah University of Science and Technology, Chinese Academy of Sciences. Memorandum of Understanding on Hydrogen Technology Cooperation, 2025.

[8] Green Finance & Development Center. BRI Green Energy Investment Report (H1 2025).

Disclaimer: This article is intended for industry communication purposes. All data and facts cited are derived from publicly available sources as listed in the references.

Author: Will Ji, Founder of Beijing Inspire Tech Co., Ltd

Will Ji is the Founder of Beijing Inspire Tech Co., Ltd., bringing over 20 years of hands-on experience in special equipment R&D management and procurement control, with deep end-to-end expertise in equipment development and turnkey solution delivery. Since 2020, he has focused on international trade and integrated solution services for hydrogen and solar power equipment. He has led cross-functional teams to deliver high-quality Chinese-made hydrogen products and tailored solutions globally, including hydrogen power retrofits for mining trucks, buses, and locomotives, as well as MW-class hydrogen power stations for EV charging infrastructure. In 2025, he founded Beijing Inspire Tech Co., Ltd., establishing strategic partnerships with leading Chinese manufacturers to deliver full-chain hydrogen energy solutions – covering production, storage, purification, and power generation -to meet diverse customer needs worldwide.