China is increasingly recognising green hydrogen as a critical element of the economy’s decarbonisation, particularly in sectors where direct electrification remains difficult. Behind a wave of ambitious announcements lies a deliberate strategic bet, and the real question is whether it will pay off.
China’s fossil fuel-driven economic development has seen coal, oil and gas become deeply embedded in industrial processes, engineering practices, transport networks and energy infrastructure. While this model delivered extraordinary growth, it also left the country heavily dependent on imported oil and gas, exposed to volatile global commodity markets and saddled with mounting environmental costs. Global markets are becoming more climate-sensitive and transforming the energy baseline is increasingly recognised as a necessary undertaking to protect economic growth.
Beijing frames the energy transition as ‘a systemic socio-economic transformation of broad and profound significance’, an undertaking which requires decarbonation on every level — from production and supply to end use. Central to this effort has been electrification, anchored by the rapid expansion of renewable power. Electricity made up 30 per cent of China’s final energy use in 2025, up from 23 per cent in 2015. Beijing aims to raise that share to 35 per cent by 2030.
But the next five percentage points will be harder to capture. Electrification is already relatively advanced across manufacturing activities built around electric motors, machinery and equipment. Passenger transport has rapidly electrified and commercial trucks are quickly following suit. Renewable hydrogen has strategic importance because it offers another route for electrification. By converting renewable electricity into fuels and chemicals, it can decarbonise harder-to-reach sectors like steelmaking, chemicals and long-distance transport.
China’s June 2026 15th Five-Year Energy Plan maps out the broad direction of the country’s energy transition through 2030, placing explicit emphasis on accelerating the development of hydrogen. Renewable hydrogen is targeted to reach 2 million tonnes of annual production by 2030. With just over 0.25 million tonnes in operation at the end of March 2026 and a further 0.9 million tonnes under construction, reaching this target will require substantial new projects beyond the existing pipeline.
This scaling places China at the centre of the global electrolysis-based hydrogen build-out, accounting for over 60 per cent of committed capacity to 2026. But China’s supply push does not rest on the assumption that demand will follow. Beijing’s 2021–35 Hydrogen Industry Development Plan seeks to create demand, framing hydrogen as a means of carrying renewable power into parts of the economy where direct electrification is harder to achieve. Policy has since aimed to expand real-world applications by stimulating upstream innovation, infrastructure investment and local trials.
This approach broadened considerably in March 2026 with the launch of a pilot program aiming to expand hydrogen energy applications beyond fuel cell vehicles to large industrial users of fossil-based hydrogen. Greening the production of ammonia and methanol, chemicals and steel is where the largest near-term potential for hydrogen demand lies. The pilot program also leaves room for experimentation in emerging areas like shipping and aviation.
But turning this momentum into actual progress is not straightforward. The same state-backed drive that scaled solar also produced the overcapacity China is now working to address. Hydrogen may well follow suit.
Some redundancy is hard to avoid in a nascent sector where technologies and costs are still evolving. Under such conditions, backing a range of applications is a reasonable hedge against committing too early to the wrong one. But inefficiencies will not correct on their own and addressing them will require shifting from broad support towards letting the market winnow the weaker options. This adjustment is neither automatic nor painless, as China’s current struggle to rein in solar overcapacity shows.
Furthermore, renewable hydrogen remains more expensive than fossil-based hydrogen – roughly three to six times as much in industrial applications. Production and demand are often geographically mismatched, storage and transport infrastructure remains thin, and the economics of pipelines and dedicated assets depend on demand reaching a scale that does not yet exist in many places.
Yet judgements about China’s hydrogen prospects cannot be made purely in view of these current challenges, given the uncertainties around how technology, production economics and demand might shift and evolve in the future.
Progress will hinge on whether China has the strategic commitment to keep working through these challenges. Part of that commitment is economic. As with solar panels and batteries, China sees hydrogen as an opportunity to establish itself in future industries where export potential is growing — from electrolyser manufacturing to green derivatives like ammonia and methanol.
But the more important driver is strategic. Hydrogen’s value lies in carrying clean electricity into the parts of the economy that direct electrification cannot reach, helping to build a cleaner economy. For China, building that economy is a central strategy for sustaining growth over the long term. That is a strong reason for Beijing to push through the difficulties ahead.
Muyi Yang is Senior Energy Analyst at Ember.
Biqing Yang is Energy Analyst at Ember.
