China’s 2026–2030 renewable energy plan combines record-breaking deployment targets with market reforms, creating an investment pipeline of more than CNY 5 trillion while redefining the role of energy storage, digital grids and international industrial partnerships.
On July 23, the National Development and Reform Commission (NDRC) and the National Energy Administration (NEA) jointly released the Renewable Energy Development Plan for the 15th Five-Year Plan (2026–2030), outlining the country’s strategy for the next phase of its energy transition.
The plan is expected to mobilize more than CNY 5 trillion (USD 700 billion) in investment across renewable power generation, energy storage, equipment manufacturing, engineering, digital energy infrastructure and grid modernization. Together with the 15th FYP New Energy System Development Plan released in June, the blueprint positions energy storage, grid flexibility and market reform as the foundations of China’s next phase of renewable energy growth.
Perhaps most importantly, China plans to expand combined pumped-hydro and new energy storage capacity to 460 GW by 2030, five times the storage target set under the 14th Five-Year Plan, underscoring the government’s determination to transform renewable energy from an intermittent resource into a dependable pillar of the national electricity system.
From capacity expansion to reliable substitution
The defining characteristic of the new plan is its shift from an expansion-led strategy towards what policymakers describe as “high-quality expansion” and “reliable substitution”.
Rather than measuring success primarily by installed capacity, the framework introduces system reliability as a central performance metric, reflecting the increasing challenge of integrating high shares of variable wind and solar generation while maintaining grid stability.
By 2030, China aims to:
- increase renewable energy consumption to approximately 1.8 billion tonnes of standard coal equivalent;
- expand total renewable generating capacity to around 3.5 TW;
- raise combined wind and solar installations above 2.8 TW, representing more than half of the country’s installed power capacity;
- generate approximately 6,000 TWh of renewable electricity annually—including more than 4,000 TWh from wind and solar, roughly equivalent to the United States’ total electricity generation of about 4,430 TWh in 2025; and
- increase renewable electricity’s share of national generation to around 30%.
These targets would further cement China’s position as the world’s largest renewable energy market while shifting its electricity mix towards one in which non-fossil sources account for roughly half of total generation.
Reliability becomes the defining metric
The plan’s most significant policy innovation is the introduction of quantitative reliability targets for renewable energy.
For the first time, China has established nationwide benchmarks measuring renewable generation’s contribution during periods of peak electricity demand, shifting policy emphasis from annual energy output to dependable system capacity.
By 2030:
- average dependable output from wind and solar is expected to reach 8%, including approximately 11% for wind and 6% for solar;
- wind and solar should supply more than 20% of electricity during summer and winter evening peak-demand periods; and
- renewable resources are expected to provide more than 300 GW of additional reliable peak-generation capacity.
New utility-scale renewable projects will generally be expected to achieve dependable output exceeding 10%, while higher-performing projects are encouraged to surpass 20%.
Meeting these targets will require widespread deployment of grid-forming inverters, advanced power forecasting, integrated dispatch systems, energy storage and enhanced grid-connection technologies, transforming renewable power plants from intermittent energy producers into active providers of grid stability and ancillary services.
Storage becomes core energy infrastructure
The new framework elevates energy storage from a supporting technology to critical infrastructure.
Pumped-hydro storage capacity is targeted to reach approximately 160 GW by 2030, compared with the 62 GW target under the 14th Five-Year Plan. Around 100 GW is expected to enter operation during 2026–2030 alone.
Meanwhile, the companion New Energy System Development Plan targets 300 GW of new energy storage by 2030. Compared with China’s approximately 136 GW of installed new energy storage at the end of 2025, this implies capacity growth of more than twofold.
The commercial significance extends well beyond deployment volumes.
For years, the storage industry has faced weak project economics, as many assets were built but underutilized, relying heavily on volatile energy arbitrage revenues. The new plan directly addresses this challenge by calling for improved capacity pricing mechanisms for pumped-hydro and battery storage, alongside the gradual introduction of reliability capacity payments.
Together with broader participation in electricity markets, these reforms could fundamentally improve storage economics by creating predictable capacity revenues alongside ancillary-service and energy-market income, significantly strengthening the investment case for standalone storage projects.
Building a more flexible electricity system
The policy framework broadens renewable integration from generation assets to the entire electricity value chain.
China will continue expanding its large-scale renewable energy bases across the country’s “Three North” regions, adding more than 370 GW of wind and solar capacity across Xinjiang, the upper Yellow River region, the Hexi Corridor, the Yellow River Bend, northern Hebei and the Songliao region.
Offshore wind remains another strategic priority. By Q1 2026, China’s cumulative offshore wind capacity had reached 47 GW. Around 100 GW of new offshore projects are scheduled to begin construction during the planning period, lifting cumulative installed capacity beyond 100 GW by 2030, with development expanding from nearshore projects into deeper waters across the Bohai, Yellow, East China and South China Seas.
Distributed renewable energy also receives significant emphasis, with more than 300 GW of new distributed capacity planned across industrial parks, commercial facilities, transport infrastructure, buildings and agriculture.
The plan also accelerates deployment of virtual power plants (VPPs), smart microgrids, source-grid-load-storage integration, direct green electricity supply, vehicle-to-grid technologies and zero-carbon industrial parks, strengthening demand-side flexibility while improving renewable energy utilization.
Green hydrogen expands renewable demand
Recognizing that electricity transmission alone cannot absorb rapidly growing renewable generation, the 15th FYP also accelerates non-power applications of renewable energy.
China aims to produce around 2 million tonnes of renewable hydrogen annually by 2030 while further expanding green ammonia and green methanol production.
The country already has approximately 250,000 tonnes of green hydrogen capacity, 650,000 tonnes of green ammonia capacity and 380,000 tonnes of green methanol capacity, each accounting for more than half of global installed capacity.
The strategy also promotes renewable-powered industrial heating, biomass fuels, geothermal heating and renewable thermal storage, extending decarbonization into hard-to-abate sectors including heavy industry, transport and buildings.
Market reforms improve investment certainty
Alongside ambitious infrastructure targets, the government is introducing structural reforms designed to improve long-term investment confidence.
The plan proposes revisions to China’s Renewable Energy Law, expanded renewable consumption obligations, further development of electricity markets, enhanced green certificate trading, more market-based pricing mechanisms and improved grid planning.
It also calls for expanded green finance, broader direct financing channels and continued investment in transmission networks, distribution systems and grid-balancing resources.
Taken together, these reforms signal a shift from subsidy-led deployment towards a market-oriented framework capable of supporting very high renewable penetration while maintaining system reliability.
International partnerships gain momentum
China’s evolving policy landscape is also creating new opportunities for international collaboration.
This month, CHINT Green Energy Ecosystem signed two strategic cooperation agreements with Octopus Energy, one of Europe’s largest renewable energy investors and energy retailers.
The first agreement covers renewable infrastructure development, with CHINT supplying PV modules, inverters, battery energy storage systems, transformers, smart meters, cables and electric vehicle charging solutions, alongside EPC services.
The second focuses on deploying virtual power plants in China, combining CHINT’s domestic distributed energy expertise with Octopus Energy’s global capabilities in digital energy platforms, demand response and VPP operations.
The partnership illustrates a broader industry trend. As electricity systems become increasingly decentralized and digitalized, competitive advantage will depend not only on manufacturing scale and hardware costs but also on software platforms capable of orchestrating millions of distributed energy assets in real time.
For global technology providers, equipment manufacturers and infrastructure investors, China’s 15th Five-Year renewable energy strategy represents more than another deployment cycle. It marks the emergence of a more sophisticated clean energy market in which storage, digitalization, flexible demand and market-based pricing become as strategically important as renewable generation itself.