China Targets Half of Power From Non-Fossil Sources by 2030 in New Energy Plan
- China aims for 50% of electricity to come from non-fossil sources by 2030, up from a 42.3% target for 2025.
- Wind and solar are set to exceed 50% of installed power capacity by 2030.
- Beijing plans to expand non-pumped hydro energy storage to 300 GW and renewable hydrogen output to 2 million tons a year.
China Raises the Bar on Clean Power
China is targeting a major shift in its power system by 2030, with half of its electricity expected to come from non-fossil sources.
The target was set out in a new five-year plan for the energy sector released on Thursday. It raises the ambition from China’s 42.3% non-fossil electricity target for 2025.
The plan places clean power at the centre of China’s industrial, climate and energy security strategy. It also gives investors a clearer view of how Beijing plans to manage the next phase of its power transition.
China remains the world’s largest carbon emitter. It is also the biggest builder of renewable energy. That dual position gives its energy plans global weight.
For boards, investors and heavy industry, the message is clear. China is not slowing its buildout of clean energy infrastructure. Instead, it is expanding the scale and complexity of the system needed to absorb it.
Wind and Solar Move to the Centre of the Grid
China wants wind and solar to exceed 50% of installed power capacity by 2030. That would be up from about 47% at the end of 2025.
The target reflects the speed of China’s renewable energy expansion. It also points to a deeper challenge for grid operators.
More wind and solar capacity will require stronger transmission networks, faster storage deployment and better market design. Without those pieces, high renewable capacity does not always translate into high renewable electricity use.
The new plan also includes a binding goal to cut carbon emissions intensity in the power sector by more than 10% over the five-year period. Carbon intensity measures emissions per unit of output.
That target matters for companies with exposure to China’s power markets. It could affect industrial costs, procurement strategies and Scope 2 emissions reporting.
Multinationals operating in China may also face more pressure to align local electricity sourcing with global climate targets.
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Storage and Hydrogen Targets Jump
Beijing is also scaling up its energy storage goals.
The plan aims to expand non-pumped hydro energy storage to 300 gigawatts by 2030. That is well above the previous target of 180 GW by 2027.
Storage has become central to China’s power strategy. It helps balance variable renewable output, reduce curtailment and support grid stability.
For investors, this creates a larger addressable market across batteries, grid equipment, software and flexibility services. It may also increase competition among domestic technology providers.
Hydrogen is another priority. China now aims for renewable hydrogen output of 2 million metric tons a year by 2030. The previous target was only 100,000 to 200,000 tons a year by 2025.
That increase suggests Beijing sees green hydrogen as a strategic fuel for hard-to-abate sectors. Steel, chemicals, shipping and heavy transport could all become early demand centres.
Still, costs remain a major barrier. The economics will depend on renewable power prices, electrolyser costs, infrastructure buildout and policy support.
Coal Peak Goal Remains, But Details Stay Limited
The plan reiterated China’s goal for coal consumption to peak by 2030. However, it did not set a specific level.
That omission will draw scrutiny from climate analysts and global investors. Coal remains the largest source of power-sector emissions in China.
Beijing’s approach reflects a continuing policy tension. It wants to cut carbon intensity and expand clean power. At the same time, it still treats coal as a pillar of energy security.
For executives, this creates a more complex transition map. Clean energy growth will accelerate, but coal will remain embedded in the system for years.
The plan also points to future innovation areas. It flags “Space-based power stations” as a possible frontier. That could link to China’s planned space-based data centres for AI over the next five years.
The reference is speculative, but it shows how energy planning now overlaps with technology competition. Power supply, data infrastructure and industrial policy are increasingly connected.
China’s 2030 plan will influence global clean technology markets, commodity flows and corporate climate strategies. It also raises the stakes for policymakers elsewhere.
If Beijing delivers on the targets, it could reshape the pace of the global energy transition. If coal use remains high, the climate impact will be more limited. Either way, China’s power system is now one of the central battlegrounds for global decarbonisation.
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