How to Read China's 2030 Carbon Peak Action Plan as an Energy Company: Targets, the Energy Action, Instruments That Reach a Project, Progress to 2025 and the 2035 Targets

Short answer. The State Council's 2021 Action Plan for Carbon Dioxide Peaking Before 2030 is a set of national targets organised into ten "carbon peaking actions", not a rulebook for individual projects. For an energy company the useful parts are the energy-sector numbers (coal, wind and solar, hydro, storage, transmission), the instruments that turn those numbers into project conditions (energy and carbon review, the carbon market, pricing, assessment), and the follow-on documents that updated them for 2024–2025 and for the period after 2025. This guide reads the plan in that order and then sets the official 2025 statistics and the 2035 targets beside it.

1. The headline targets

The plan's 2025 targets are a non-fossil share of energy consumption of about 20%, energy consumption per unit of GDP 13.5% below 2020 and CO2 per unit of GDP 18% below 2020. Its 2030 targets are a non-fossil share of about 25%, CO2 per unit of GDP at least 65% below 2005, and peaking before 2030. The central Opinions on carbon peaking and neutrality, carry the same 2025 figures, add a 2030 goal that CO2 emissions reach a peak and then stabilise with a decline, and set a 2060 non-fossil share of at least 80%. Both state national targets; reading them as company quotas would be a mistake (CNWattHub reading).

2. The energy action: the numbers an energy company will meet

The plan's first action is the energy green and low-carbon transition. Coal consumption growth is to be strictly and reasonably controlled in the 14th Five-Year Plan period and gradually reduced in the 15th; new coal power is strictly controlled and coal plants are to move towards a role that combines basic supply security with system regulation. For transmission, the coal capacity built to accompany cross-regional renewable transmission is strictly controlled, and the renewable share of electricity on newly built channels is in principle not lower than 50%.

On the supply side, the plan targets at least 1,200 GW of wind and solar by 2030 and about 40 GW of new hydropower in each of the two five-year periods. For the power system it supports "new energy + storage", source-grid-load-storage integration and reasonable storage configured with distributed new energy, and targets at least 30 GW of new-type storage by 2025, about 120 GW of pumped hydro by 2030, and provincial grids that basically have peak-load response capability of 5% or more by 2030.

The 2024–2025 energy-saving and carbon-reduction action plan tightened the near-term numbers: for 2024, energy and CO2 per unit of GDP down about 2.5% and 3.9% and a non-fossil share of about 18.9%; for 2025, a non-fossil share of about 20% while "making every effort" to complete the five-year binding indicators; and by end-2025 a non-fossil share of generation of about 39%, pumped hydro above 62 GW, new-type storage above 40 GW and demand response generally of 3%–5% of maximum load. It also allowed the new-energy utilisation rate in resource-rich areas to fall to 90% where economics are assured, required regions whose energy-saving and carbon-reduction progress lagged in the first three years of the 14th Five-Year period to attach non-fossil consumption commitments to new projects (at least 20% non-fossil consumption for new energy-intensive projects in the last two years of that period), and set full green-certificate issuance by end-2024.

3. The instruments that reach a project

Read the plan's policy sections for the levers a company will feel. They call for better green electricity pricing, tiered residential tariffs and time-of-use pricing; for using the national carbon market and gradually widening its sector coverage; for a national energy-use-rights market; and for coordinating carbon, energy-use-rights and electricity markets. Provinces write their own peaking plans within the national deployment, without "racing ahead" and avoiding "one-size-fits-all" power and production curbs or campaign-style carbon cutting; the plan also provides for 100 pilot cities and industrial parks. Assessment rests on carbon-intensity control as the main instrument with total-emissions control as a supplement, and regions that miss targets face public criticism and accountability interviews.

The 2024 work plan on carbon dual control turns this into a schedule. In the 15th Five-Year period China applies dual control of carbon emissions with intensity as the main instrument and totals as a supplement; carbon-intensity reduction becomes a binding planning indicator and energy intensity is no longer used as a binding indicator; after the peak, total control becomes primary. The same plan brings carbon evaluation into the energy-conservation review of fixed-asset investment projects — the review opinion is an important basis for starting construction, completion acceptance and operation — brings greenhouse-gas control into environmental impact assessment in key sectors including power, and lists electricity, power batteries and photovoltaics among priority products for carbon-footprint accounting standards. For a project developer, those three items (project review, EIA and product footprint) are where the peaking agenda becomes paperwork.

4. What the 2025 statistics show

The NBS 2025 communiqué reports (preliminary) total energy consumption of 6.17 billion tonnes of standard coal equivalent, up 3.5%; coal at 51.4% of consumption, down 1.8 points; "clean energy" — natural gas, hydro, nuclear, wind and solar — at 30.4%; CO2 per 10,000 yuan of GDP down 5.0% on 2024; and national carbon-market allowance trading of 235 million tonnes worth 14.63 billion yuan. The "clean energy" share includes gas, so it is not the plan's non-fossil indicator. For that indicator, the NEA's Electric Power Department said in January 2026 that the non-fossil share exceeded 20% in 2025.

On capacity, the NEA reports end-2025 solar capacity of 1.20 TW and wind of 0.64 TW, within total capacity of 3.89 TW. CNWattHub arithmetic: 12.0 + 6.4 = 18.4亿千瓦 (1.84 TW), above the plan's 2030 figure of at least 1,200 GW. New-type storage reached 136 GW / 351 GWh at end-2025 (average 2.58 hours), against the plan's 30 GW for 2025 and the 2024–2025 plan's 40 GW. None of these sources states whether national CO2 emissions have peaked, and this guide does not say so.

5. After 2030: the 2035 targets

China's 2035 nationally determined contribution, announced on 24 September 2025, targets economy-wide net greenhouse-gas emissions 7%–10% below the peak (striving to do better), a non-fossil share of at least 30%, wind and solar capacity at least six times the 2020 level and striving for 3,600 GW, and a national carbon market covering the main high-emitting industries. The Ministry of Ecology and Environment describes it as the first economy-wide absolute target covering all greenhouse gases and a shift from intensity control to total control. Read together with the dual-control work plan, the direction is from energy-intensity targets, to carbon-intensity targets, to absolute emissions targets.

Target map

Checklist for an energy company

CNWattHub editorial method, not a sourced rule:

1. Identify which plan clause your project serves (coal flexibility, wind/solar base, storage, channel, demand response) and quote the clause, not a headline.
2. Ask how the project's energy-conservation review and EIA treat carbon, since the 2024 work plan makes carbon evaluation part of the review that conditions construction and acceptance.
3. Check the provincial peaking plan and the province's assessment position; national targets are allocated through provinces.
4. For export products (batteries, PV), track the carbon-footprint accounting standards named in the 2024 work plan.
5. Treat 2025 statistics as preliminary and check the definition used ("clean" vs "non-fossil").

Scope limits

National documents and national statistics only. Provincial peaking plans, sector plans (steel, non-ferrous, building materials, transport) and the carbon market's allocation rules are not described; for the carbon market see the separate CNWattHub guide. No source retrieved states that national CO2 emissions have peaked. Not legal, regulatory or investment advice.