China’s latest carbon-peaking roadmap elevates hydrogen, green fuels and integrated renewable energy projects as strategic industrial priorities, reinforcing long-term decarbonization while reshaping investment across the energy, chemicals and transport value chains.
On 9 July, China’s State Council released the 15th Five-Year Plan (2026–2030) Carbon Peaking Action Plan, marking the next stage of the country’s climate strategy. The plan shifts the policy focus from expanding clean energy capacity to integrating low-carbon technologies across the broader industrial economy, positioning hydrogen, green fuels and zero-carbon industrial infrastructure as strategic growth sectors while providing clearer long-term investment signals.
The roadmap targets a 17% reduction in carbon dioxide emissions intensity from 2025 levels by 2030, while raising the share of non-fossil energy in primary energy consumption to 25%. These targets are intended to ensure China reaches peak carbon emissions by 2030, support its 2035 Nationally Determined Contribution (NDC) commitments under the Paris Agreement, and lay the groundwork for achieving carbon neutrality over the longer term.
From policy framework to implementation
The new plan represents the next phase of a policy evolution that has accelerated over the past five years. China’s first national Carbon Peaking Action Plan, released in 2021, established the overarching framework for reaching peak emissions before 2030.
Between 2021 and 2025, China built a comprehensive policy architecture for decarbonization, expanded domestic production of green technologies, equipment and low-carbon fuels, developed the world’s largest renewable electricity system, and established the world’s largest emissions trading market by covered emissions.
Perhaps the most significant policy shift is the move from China’s long-standing dual-control system for energy consumption to one focused on carbon emissions. Under the previous framework, provincial governments were assessed against targets for both total energy consumption and energy intensity (energy use per unit of GDP). The new approach instead measures both total carbon emissions and carbon intensity, aligning policy incentives more directly with decarbonization objectives rather than energy consumption alone. The change places carbon performance at the centre of industrial planning, investment decisions and regional economic development.
Hydrogen evolves into an industrial platform
Hydrogen features prominently throughout the action plan – not as a standalone energy source, but as an enabling technology linking renewable electricity, industrial manufacturing, chemicals and heavy transport.
Among the plan’s most significant initiatives is the development of integrated “wind-solar-hydrogen-ammonia-methanol” production bases. These projects combine renewable power generation with electrolysis and the downstream production of hydrogen-derived fuels and chemical feedstocks, creating integrated industrial ecosystems rather than isolated energy assets.
The plan also encourages coal chemical producers to integrate green electricity and green hydrogen into existing production processes. Rather than replacing China’s large coal chemical industry outright, policymakers are pursuing an incremental decarbonization strategy that reduces emissions intensity while leveraging existing industrial assets.
Beyond chemicals, the roadmap supports wider deployment of green hydrogen, green ammonia and green methanol, alongside biodiesel and sustainable aviation fuel, reflecting a pragmatic approach to decarbonizing sectors where direct electrification remains technically or economically challenging.
Industrial decarbonization drives the next investment cycle
Energy production accounts for more than 80% of China’s carbon dioxide emissions, making the energy sector the principal battleground for emissions reduction. However, the new roadmap extends far beyond electricity generation.
It accelerates the development of zero-carbon industrial parks and factories, promotes energy-efficiency upgrades across traditional industries, supports greener data centres and computing infrastructure, and expands circular economy initiatives to improve resource efficiency and material recycling.
Industrial transformation is reinforced by complementary policies. A recently launched three-year programme, jointly issued by five government ministries, targets energy-saving and carbon-reduction upgrades across nine energy-intensive industries, including steel, aluminum, cement, flat glass, refining, ethylene, ammonia, methanol and coal-fired power generation.
Taken together, these initiatives signal a more integrated policy framework in which industrial, energy and climate policies increasingly reinforce one another.
Investment expands beyond renewable generation
The commercial implications extend well beyond renewable power developers.
Officials estimate that major energy projects and emerging energy business models during the 2026–2030 period will attract more than CNY 20 trillion (USD 2.8 trillion) in investment. More than CNY 2 trillion is expected to be directed towards emerging sectors, including green hydrogen and ammonia production, direct renewable electricity supply to industrial users, advanced energy storage, integrated energy services, virtual power plants and coordinated energy-computing infrastructure.
Rather than simply adding renewable generation capacity, the strategy seeks to build integrated industrial ecosystems that create sustained demand for low-carbon electricity while supporting the development of China’s “new quality productive forces”—advanced industries driven by technological innovation.
Transport and carbon markets create commercial demand
Heavy-duty transport is identified as one of hydrogen’s earliest large-scale commercial applications.
The government plans to accelerate the deployment of new-energy heavy trucks while expanding charging, battery-swapping and hydrogen-, ammonia- and methanol-refuelling infrastructure. High-volume freight corridors along national expressways will be prioritized for development as zero-carbon transport corridors, concentrating infrastructure investment where utilization rates are expected to be highest.
This corridor-based strategy reflects growing recognition that hydrogen may prove more commercially competitive than battery-electric solutions for long-haul freight, where payload requirements, driving range and refuelling times remain significant operational constraints.
At the same time, market-based mechanisms are expected to play a larger role in driving industrial decarbonization. In 2025, China’s national emissions trading system expanded beyond the power sector to include steel, cement and aluminum smelting, significantly broadening carbon pricing across heavy industry. The expanded market is expected to strengthen incentives for investment in lower-carbon technologies while increasing the cost of emissions-intensive production.
Financial and institutional reforms strengthen implementation
The action plan complements industrial targets with a broader package of financial and institutional reforms.
Authorities plan to establish a national low-carbon transition fund, expand tax incentives for energy conservation and emissions-reduction projects, strengthen green public procurement, and broaden the availability of green and transition finance. The plan also calls for improved carbon accounting standards, enhanced disclosure requirements, stronger market mechanisms, and continued investment in research, technological innovation and workforce development.
Implementation will be supported through six flagship programmes covering interprovincial electricity balancing, clean coal substitution, industrial energy-efficiency upgrades, low- and zero-carbon heating and cooling, zero-carbon transport corridors, and institutional capacity-building for carbon peaking and carbon neutrality.
Among the headline targets are 40 GW of additional interprovincial electricity transfer capacity and 30 GW of low-carbon retrofits for coal-fired power plants by 2030.