Green hydrogen is emerging as one of the most consequential industrial battlegrounds of the 2020s, and China has positioned itself to dominate it. With more electrolyzer manufacturing capacity than the rest of the world combined, a national hydrogen strategy backed by trillions of yuan in planned investment, and state-owned giants pivoting entire divisions toward hydrogen production, China is not merely participating in the clean energy transition. It is engineering a new export industry with the same methodical intensity it applied to solar panels, batteries, and high-speed rail.
For US and international businesses, understanding China’s green hydrogen push is not optional. It shapes the cost structure of future energy imports, determines which industrial feedstocks will be price-competitive in a decarbonized economy, and creates both partnership opportunities and competitive pressures across steel, ammonia, chemicals, and heavy transport.
Why Green Hydrogen Matters Now
Green hydrogen is produced by splitting water molecules using electrolysis powered by renewable electricity. Unlike “grey” hydrogen made from natural gas — which accounts for roughly 95% of current global production — green hydrogen generates zero direct carbon emissions. It is widely regarded as essential for decarbonizing industries that electricity alone cannot easily reach: steel manufacturing, long-haul shipping, aviation fuel synthesis, and fertilizer production.
China already produces approximately 33 million metric tons of hydrogen annually, the largest output of any country in the world, according to the International Energy Agency. The vast majority is grey hydrogen used in petrochemicals and refining. The National Development and Reform Commission’s 2022 Medium and Long-Term Plan for Hydrogen Energy Development set targets of 100,000 to 200,000 tons of green hydrogen production annually by 2025, scaling to six million tons by 2035.
The Key Players: SPIC, Sinopec, and the Electrolyzer Makers
State Power Investment Corporation (SPIC)
State Power Investment Corporation (SPIC, 国家电力投资集团) is China’s largest nuclear power operator and has emerged as the most aggressive developer of integrated green hydrogen projects. SPIC’s strategy centers on large-scale photovoltaic and wind farms co-located with electrolysis facilities. Its Kuqa project in Xinjiang — commissioned in 2023 as the world’s largest fully integrated green hydrogen plant at the time — features 260MW of electrolysis capacity producing 20,000 tons of green hydrogen per year. SPIC has announced plans to replicate this model across Inner Mongolia, Gansu, and Qinghai.
Sinopec: The Refining Giant Goes Green
China Petroleum and Chemical Corporation (Sinopec), the world’s largest refiner, is one of the world’s largest consumers of industrial hydrogen. Its green hydrogen logic is straightforward: replace grey hydrogen feedstock in refineries with green hydrogen, reducing carbon exposure while building expertise in a growth sector. Sinopec has committed to 1,000 hydrogen refueling stations by 2025 and has invested in electrolyzer manufacturing through Sinopec New Energy. The company has explicitly stated its target to become the world’s largest hydrogen enterprise by 2050. Its Ordos project in Inner Mongolia links 270MW of wind and solar directly to downstream chemicals production.
The Electrolyzer Manufacturing Race
China’s most decisive near-term advantage lies in electrolyzer manufacturing. Chinese producers have driven alkaline electrolyzer prices down from roughly $500 per kilowatt in 2020 to below $200 per kilowatt in 2025, per BloombergNEF — less than one-third the cost of comparable Western equipment from Norway’s Nel ASA or US-based Plug Power.
PERIC Hydrogen Technologies (派瑞氢能), a subsidiary of China National Machinery Industry Corporation (Sinomach), is among the largest electrolyzer manufacturers globally. LONGi Hydrogen — a subsidiary of solar panel leader LONGi Green Energy — announced a 5GW-per-year manufacturing capacity target by 2025. The entire world’s installed electrolyzer base was approximately 1GW as recently as 2022. The scale gap is striking.
Western Production, Eastern Demand
China’s green hydrogen geography follows a clear internal logic. Renewable resources are concentrated in western provinces: Inner Mongolia, Xinjiang, Gansu, and Qinghai. Industrial hydrogen demand is concentrated in the east: Shandong (refining and chemicals), Jiangsu (advanced manufacturing), Guangdong (fuel cell vehicles). The government’s “western production, eastern consumption” model will be linked by dedicated hydrogen pipelines. China’s first long-distance hydrogen pipeline — a 400-kilometer route from Ulanqab in Inner Mongolia to Beijing’s industrial zones — was approved in 2023, mirroring the logic of the West-East natural gas pipeline system built over two decades.
Green Steel and Fuel Cell Vehicles
Steelmaking represents green hydrogen’s largest potential industrial application. Replacing coking coal with hydrogen in direct reduction ironmaking (H-DRI) produces water instead of CO2. China’s steel giants, including Baowu Steel Group (the world’s largest steelmaker by output) and HBIS Group, have both announced H-DRI pilot projects. If China achieves its hydrogen cost targets, it will be producing green steel competitively before most Western counterparts have scaled their own programs, with significant implications for global commodity trade.
On the transport side, China has designated five “hydrogen fuel cell vehicle demonstration city clusters” with structured subsidies to build self-reinforcing ecosystems of vehicles, refueling stations, and supply chains. By end-2025, China had over 20,000 fuel cell commercial vehicles on the road — roughly half the global total. SinoHytec (国鸿氢能), a joint venture in which Canada’s Ballard Power Systems holds a minority stake, exemplifies how bilateral technology partnerships remain viable in this space.
The US Perspective: Competition and Partnership
The US has its own serious ambitions. The Inflation Reduction Act created a production tax credit of up to $3 per kilogram for qualifying green hydrogen. The Department of Energy’s “Hydrogen Shot” initiative targets $1-per-kilogram green hydrogen by 2031. Seven regional hydrogen hubs were funded with $7 billion in federal grants announced in 2023.
The competitive tension is real. Chinese electrolyzer manufacturers are actively marketing into European, Middle Eastern, and Southeast Asian projects, leveraging price advantages that US producers struggle to match. The US International Trade Administration has flagged this electrolyzer manufacturing gap as a strategic vulnerability — paralleling concerns about solar panel manufacturing before Chinese producers captured over 80% of that global market.
Yet partnership opportunities are substantial. US companies with advanced proton exchange membrane (PEM) electrolyzer technology, hydrogen compression expertise, and large-scale project development capabilities are seeking partners in markets where Chinese capital is flowing: Australia, Chile, Saudi Arabia. Green ammonia — hydrogen combined with nitrogen for easier transport — is emerging as the first large-scale hydrogen derivative that could flow meaningfully in bilateral trade, and American engineering and feedstock expertise has a role in that value chain.
Practical Takeaways for US Businesses
Electrolyzer sourcing decisions are strategic. Chinese manufacturers offer compelling price advantages for international project developers today, but supply chain diversification contingencies matter given the policy environment and potential future trade restrictions parallel to those applied in solar and EVs.
Green steel creates procurement opportunities. As Chinese steelmakers shift toward H-DRI, they will need premium iron ore pellets, industrial gas compression systems, and specialized process engineering — addressable markets for US and international companies active in mining and industrial services. For broader context on China’s metals industry transformation, see our coverage of China’s state-owned enterprises going global.
Standards fragmentation is a real risk. Green hydrogen’s value depends on verifiable lifecycle carbon accounting. China is developing its own certification standards that may not align with European or American frameworks. Companies seeking bilateral hydrogen trade will need to navigate a rapidly evolving, currently fragmented standards landscape.
Policy risk requires proactive legal engagement. US hydrogen subsidies under the IRA carry domestic content requirements. Chinese clean energy products, including electrolyzers, may face restrictions in accessing those subsidies. Structure any bilateral investment or supply agreement with US trade counsel engaged from the start.
China’s green hydrogen push follows a now-familiar strategic pattern: government policy anchors demand, state enterprises develop early large-scale projects, domestic manufacturers compete aggressively on cost, and within a decade the country commands global market leadership in both production and equipment supply. The question for the global energy community is how quickly, and whether international frameworks will make the clean energy transition a genuinely multilateral opportunity rather than a replay of the solar trade wars.