On July 28, 2026, the Saudi Ministry of Energy officially announced in Riyadh that the world's largest green hydrogen project, the 'NEOM Green Hydrogen Complex,' had passed its final investment decision and entered full construction. With a capacity of 16 GW, the project uses wind and solar renewable energy to electrolyze water for hydrogen production, with an annual output of 1.5 million tons, expected to start production by the end of 2028. Saudi Energy Minister Abdulaziz bin Salman stated that the project will bring the cost of green hydrogen below $2 per kilogram, achieving cost parity with traditional gray hydrogen for the first time.
Green Hydrogen: The Next Breakout Point in the Energy Dividend Era
Driven by global carbon neutrality goals, hydrogen energy, as a clean and efficient secondary energy, is widely seen as a key piece in the energy transition puzzle. Since 2026, breakthroughs in electrolyzer technology and economies of scale have caused green hydrogen costs to fall faster than expected. The International Energy Agency (IEA) 'Global Hydrogen Annual Report' released in mid-July 2026 shows that global green hydrogen production capacity will exceed 8 million tons per year in 2026, doubling from 2025, with the NEOM project alone contributing nearly one-fifth of the increase. Industry analysts point out that green hydrogen is moving from a 'demonstration phase' to a 'commercial expansion phase,' becoming the fourth major investment theme in the energy dividend era after solar, wind, and energy storage.
Industry Panorama: Whole-Chain Opportunities from Production to Application
The hydrogen energy industry chain covers four segments: production, storage & transportation, refueling, and end-use applications. Currently, about 98% of global hydrogen still comes from fossil fuels (gray hydrogen), but the share of green hydrogen is rising rapidly. Chinese companies such as LONGi Hydrogen and Sungrow have mastered core alkaline electrolyzer technology, with costs only 60% of comparable Western products. In the first half of 2026, Chinese electrolyzer exports grew 185% year-on-year, with over 40% going to the Middle East and North Africa. In the storage & transport segment, breakthroughs in liquid hydrogen and metal hydride storage have been achieved; Kawasaki Heavy Industries' latest liquid hydrogen carrier reduces transport losses to below 1%. In end-use applications, heavy trucks, steelmaking, and aviation fuel are three potential markets. The EU's 'Carbon Border Adjustment Mechanism,' effective July 1, 2026, further enhances green hydrogen's competitiveness—imported steel faces heavy carbon tariffs, while green steel produced with green hydrogen is exempt, directly stimulating hydrogen transition demand among European steelmakers.
Global Competition Pattern: Middle East Resources Complement Chinese Manufacturing Advantages
Middle Eastern countries such as Saudi Arabia and the UAE, with ultra-low-cost solar power and vast desert land, are building a green hydrogen export corridor. UAE's ADNOC plans to control 10% of global hydrogen trade by 2030. Meanwhile, China's technology and equipment advantages provide key support for Middle East projects. In the NEOM project, 60% of electrolyzer capacity comes from Chinese suppliers. This 'Middle East resources + Chinese manufacturing' model is rapidly driving down green hydrogen costs. McKinsey's latest report predicts that by 2030, green hydrogen production costs will fall to $1.5/kg, fully replacing gray hydrogen in steel and shipping. The hydrogen energy industry is expected to attract over $1.2 trillion in investment from 2026 to 2035, becoming one of the fastest-growing tracks in the energy dividend era.
Investment Themes: Seize Technology Iteration and Policy Windows
Investors should focus on three themes: first, upstream equipment manufacturers with mass production capabilities for high-power alkaline electrolyzers; second, midstream storage & transport and core materials—such as proton exchange membranes and high-pressure hydrogen tank suppliers; third, downstream hydrogen-powered heavy trucks and green chemical leaders. On the policy front, China, the EU, and the U.S. have all designated hydrogen as a strategic emerging industry, with over 30 countries expected to introduce hydrogen subsidies or quota policies by 2027. Risks include long development cycles of green hydrogen projects, policy volatility, and uncertainty over carbon tariff adjustments. However, with landmark projects like Saudi NEOM advancing, industry certainty is gradually increasing.
Conclusion
From solar and wind to energy storage and now hydrogen, energy technology revolutions are evolving in ten-year cycles. The launch of the Saudi NEOM green hydrogen project marks hydrogen's shift from experimental proof to commercial explosion. For investors, the energy dividend era not only means the phase-out of traditional energy but also the formation of a diversified zero-carbon technology ecosystem. Early positioning in core segments of the hydrogen value chain may yield substantial returns from the restructuring of the energy mix over the next decade. Gudao Finance Guide will continue tracking the development of the hydrogen energy industry, providing you with cutting-edge financial news and investment analysis tools.
