China sets a 17% carbon intensity reduction target for 2026–2030, weaker than the previous plan and allowing emissions to continue rising.
Clean energy expansion accelerates, with plans for 100GW of pumped hydro storage, more than 100GW of offshore wind, and major renewable energy bases.
Coal policy softens, replacing earlier commitments to reduce coal consumption with language focused on peaking demand and improving fossil fuel efficiency.
China has released the draft outline of its 15th Five-Year Plan, laying out the country’s economic and energy strategy from 2026 to 2030. The blueprint emphasizes massive expansion of renewable energy, grid infrastructure, and emerging technologies such as hydrogen and nuclear fusion. Yet it stops short of committing to strict emissions reductions or a rapid phase down of coal.
The plan arrives at a critical moment for the world’s largest emitter. China’s carbon output has recently plateaued as renewable energy capacity surges and meets most new electricity demand. But a substantial pipeline of coal projects and limited progress in decarbonizing heavy industry continue to cast uncertainty over the country’s emissions trajectory.
Rather than imposing strict emissions caps, policymakers are prioritizing supply-side expansion of clean energy. Falling costs and technological scale are expected to gradually push down emissions intensity across the economy.
Carbon Intensity Target Raises Questions
The most consequential climate metric in the new plan is the target to reduce carbon dioxide emissions per unit of GDP by 17% between 2026 and 2030. The goal is weaker than the 18% reduction targeted in the previous five-year plan and falls short of what analysts say is needed to keep China on track for its international climate commitments.
In 2021, President Xi Jinping pledged that China would cut carbon intensity 65% below 2005 levels by 2030. The latest plan now places that objective under pressure.
Official data indicates that carbon intensity fell 17.7% during the previous five-year period. However, earlier statistical releases suggested a smaller 12.4% reduction, raising questions about how the revised figures were calculated.
The new carbon intensity definition includes industrial emissions in addition to energy-related emissions. The change coincides with a slowdown in cement production following China’s property market downturn, making it easier to report larger reductions.
Under the new target, China’s emissions could still rise between 3% and 6% during the next five years if GDP grows between 4.5% and 5% annually. The plan also sets a 3.8% carbon intensity reduction target for 2026, which would still permit emissions to increase slightly depending on economic growth.
At the same time, policymakers have begun signaling a shift toward controlling total carbon emissions in addition to energy consumption. The plan states that 2026 will mark the first year of China’s transition toward managing both the total volume and intensity of carbon emissions. Yet no explicit cap on total emissions has been included.
Coal Policy Retreats from Earlier Commitments
Another notable shift appears in the treatment of coal. The plan calls for “promoting the peaking of coal and oil consumption,” replacing the earlier pledge to gradually reduce coal use.
This language leaves room for continued growth in coal consumption within power generation and chemical production, even after overall coal demand peaks.
The document also emphasizes “strengthening the clean and efficient utilisation of fossil energy,” terminology often used to describe expansion of the coal-to-chemicals sector. That industry has become a major source of emissions growth as China converts coal into synthetic fuels and petrochemicals.
Crucially, the new plan does not establish binding limits on coal consumption in the power sector or specify a timeline for peak power-sector emissions. The absence of these operational constraints allows continued expansion of coal-fired capacity if electricity demand rises faster than renewable deployment.
Coal remains deeply embedded in China’s energy system. The country consumed 3.17 billion tonnes of coal in 2025, and the plan proposes replacing only about 30 million tonnes annually with cleaner alternatives.
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Clean Energy Becomes Central Economic Strategy
While fossil fuel policy remains cautious, the plan strongly promotes clean energy industries as drivers of economic growth and technological leadership.
A new action plan proposes doubling the use of non-fossil energy within ten years. If implemented fully, the initiative could exceed China’s current targets of achieving a 25% non-fossil share by 2030 and 30% by 2035.
Building a “new type power system” remains a core objective. The system will integrate large volumes of wind and solar generation through energy storage, smart grids, long-distance transmission lines, and expanded electricity trading between provinces.
The government plans to develop 100 gigawatts of pumped hydro storage and accelerate battery energy storage deployment. Offshore wind capacity is expected to exceed 100GW by the end of the decade, up from roughly 48GW in 2025.
Nuclear power expansion will continue at coastal sites, with capacity projected to reach 110GW by 2030 compared with 62GW in 2025.
Hydrogen infrastructure also receives significant attention. Policymakers aim to integrate hydrogen into industrial production, transport fuels, and energy systems, positioning it as a tool for reducing reliance on oil and gas while supporting energy security goals.
Industrial Decarbonisation and Infrastructure Push
The plan introduces new policy frameworks aimed at cutting emissions in heavy industry and transport. Two initiatives feature prominently: zero-carbon industrial parks and zero-carbon transport corridors.
Zero-carbon industrial parks will combine direct renewable electricity supply with green hydrogen to power energy-intensive manufacturing. Meanwhile, transport corridors will expand rapid charging and battery-swapping infrastructure along major logistics routes to accelerate electrified freight transport.
Another policy proposal requires that all new fixed-asset investment projects undergo strict energy conservation and carbon emissions assessments before approval. High-emissions industrial projects will need to demonstrate equivalent emissions reductions elsewhere.
The government also plans to eliminate outdated industrial capacity and explore mechanisms allowing regions to share fiscal benefits and carbon quotas when heavy industries relocate.
Global Implications
China’s new five-year plan reinforces a central tension shaping global climate efforts. The country continues to build the world’s largest clean energy system while maintaining flexibility for fossil fuels during the transition.
For investors and corporate leaders, the signal is mixed but consequential. Clean energy technologies, power grids, storage, hydrogen, and electrified transport remain priority sectors supported by industrial policy and infrastructure spending.
At the same time, the absence of firm emissions caps means the world’s largest emitter could still see total carbon output rise through the end of the decade. Whether China’s expanding clean energy system is enough to bend the emissions curve downward will remain one of the defining questions for global climate policy in the years ahead.
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