China’s 14th Five-Year Energy Plan Review: What It Means for Foreign Firms

Policy Background

China’s 14th Five-Year Plan for Energy Development (2021–2025), formally the “14th Five-Year Plan for Modern Energy System” and released by the National Development and Reform Commission (NDRC) and the National Energy Administration (NEA) in March 2022, represents the most comprehensive and ambitious energy policy framework in China’s history. Building on the trajectory set by the 13th Five-Year Plan (2016–2020), which successfully achieved targets for coal capacity reduction and renewable energy expansion, the 14th Five-Year Energy Plan sets the course for China’s energy transformation through 2025 and establishes the policy foundation for the 2030 carbon peak and 2060 carbon neutrality commitments.

The plan is not a single document but a comprehensive policy architecture comprising 16 core documents, including the overarching modern energy system plan, sector-specific plans for coal, oil and gas, renewable energy, nuclear power, and grid development, as well as provincial-level implementation plans. This multi-layered structure creates both opportunities and complexity for foreign companies operating in China’s energy sector.

The plan’s key quantitative targets are significant in scope: by 2025, China aims to limit total primary energy consumption to under 5.5 billion tonnes of standard coal equivalent (tce), increase the share of non-fossil energy in primary energy consumption to approximately 20% (up from 15.9% in 2020), achieve a total installed renewable power generation capacity of over 1,200 GW (including 600 GW of wind and solar combined in the 14th Plan, a target that was actually exceeded by mid-2024 when China reached 1,180 GW of wind and solar), reduce energy intensity (energy consumption per unit of GDP) by 13.5% from 2020 levels, and reduce carbon intensity (CO₂ per unit of GDP) by 18% from 2020 levels.

Key Policy Changes: What’s Different from the 13th Five-Year Plan

The 14th Five-Year Energy Plan introduces several significant departures from its predecessor, each with distinct implications for foreign firms.

1. Accelerated Renewable Energy Deployment with Integrated Development

The 13th Five-Year Plan (2016–2020) focused primarily on building renewable energy capacity in isolation — setting solar and wind targets and subsidizing installation through feed-in tariffs. The 14th Plan takes a fundamentally different approach, emphasizing integrated energy system development. Under the new framework, renewable energy projects are mandated to include energy storage, grid integration plans, and consumption guarantees. The plan introduced the concept of “clean energy bases” — large-scale integrated renewable energy projects combining wind, solar, thermal, and storage — in China’s western deserts (the Gobi, Kubuqi, and Tengger deserts), targeting 450 GW of combined capacity by 2030, with an initial 200 GW under construction during the 14th Plan period.

For foreign firms, this policy shift moves opportunities from component supply (individual solar panels or wind turbines) to integrated project services (energy storage systems, grid connection technology, microgrid controllers, and integrated management software). Companies like Siemens Energy, ABB, and Honeywell that offer system-level solutions are better positioned than pure component suppliers under this framework.

2. Coal Transition Policy: Peaking Coal Consumption

The 14th Plan marks the first time a Chinese five-year energy plan has explicitly committed to peaking coal consumption during the plan period. While the 13th Plan focused on “controlling” coal consumption, the 14th Plan states that coal consumption will “peak and decline” by 2025. The plan sets a cap of 4.1 billion tonnes of coal consumption by 2025 and mandates a reduction in coal’s share of primary energy to under 52% (down from 56.8% in 2020). However, the plan also creates a category of “flexible coal-fired power” — coal plants designed to operate flexibly alongside renewable energy, ramping up when wind and solar are unavailable and ramping down when renewable generation is high. The target is to retrofit 200 GW of existing coal-fired capacity for flexible operation by 2025.

For foreign companies, the flexible coal retrofit program presents a specific niche opportunity. Foreign engineering firms with expertise in power plant control systems, emissions monitoring, and energy storage integration — such as GE, Siemens, and Mitsubishi Heavy Industries — can provide retrofit technology and services for this 200 GW program, which represents an estimated market value of RMB 200–300 billion (US$28–41 billion) over the plan period.

3. Nuclear Power Expansion

The 14th Plan targets nuclear power capacity of 70 GW by 2025 (up from 50 GW in 2020), with an additional 30 GW under construction. This represents an accelerated pace from the 13th Plan period, when China added approximately 23 GW of nuclear capacity. The plan emphasizes third-generation reactor technology (Hualong One and CAP1400) and approves 6–8 new nuclear units per year through 2025.

While China’s nuclear supply chain is increasingly domestic — with the Hualong One reactor being a wholly Chinese design — there remain opportunities for foreign firms in nuclear safety equipment (digital instrumentation and control systems), nuclear fuel handling and processing, and nuclear decommissioning technology. Framatome (EDF Group), Westinghouse, and Rosatom continue to provide specific high-value components and fuel services for Chinese nuclear projects.

4. Energy Storage and New-Type Power System

The 14th Plan introduces the concept of the “New-Type Power System” (NTPS), which envisions a power grid designed around variable renewable energy as the primary energy source, supported by energy storage, demand response, and digital management. The plan targets 30 GW of pumped storage hydro and 30 GW of electrochemical (battery) energy storage by 2025, with the battery storage target being a specific new addition not present in the 13th Plan. By comparison, China had only 3.3 GW of electrochemical storage at the end of 2020.

The energy storage opportunity is substantial for foreign firms. While Chinese manufacturers dominate lithium-ion battery production — CATL and BYD collectively control over 40% of the global EV battery market — there are opportunities in battery management systems (BMS), power conversion systems (PCS), energy management software (EMS), and grid integration consulting. Australian firm Energy Exemplar and German company SMA Solar have established China operations providing advanced energy storage modeling and power conversion technology respectively.

5. Hydrogen Industry Framework

While not part of the core energy plan, the companion “Medium and Long-Term Plan for Hydrogen Energy Industry Development (2021–2035),” released in March 2022, established the first national hydrogen roadmap for China. The plan targets 100,000–200,000 tonnes of green hydrogen production by 2025, 50,000 hydrogen fuel cell vehicles, and the establishment of a complete hydrogen industry chain. Provincial targets are even more ambitious: Guangdong province alone aims for 10,000 fuel cell vehicles and 200 hydrogen refueling stations by 2025.

Foreign companies with proven hydrogen technologies — including electrolyzer manufacturers (Nel Hydrogen, ITM Power, Cummins), hydrogen refueling station technology providers (Air Liquide, Linde, Hydrogen Refueling Solutions), and fuel cell vehicle component suppliers (Ballard Power Systems, Toyota, Hyundai) — have found niche opportunities through technology partnerships with Chinese SOEs and provincial development zones.

Impact Analysis: How These Changes Affect Foreign Firms

Opportunities

Clean energy technology services: The shift from capacity-driven to integration-driven renewable deployment creates demand for system-level expertise — grid integration consulting, energy storage design, renewable forecasting, and hybrid project optimization. Foreign consultancies and engineering firms with global experience in integrated clean energy projects are well-positioned.

Energy storage and grid flexibility: The 30 GW battery storage target represents a market worth approximately RMB 60 billion (US$8.3 billion) at current prices. While battery cell supply is dominated by Chinese manufacturers, foreign companies supplying PCS, BMS, and control software face reduced competitive pressure from Chinese suppliers, who are still developing capabilities in these specific subsystems.

Nuclear safety and component supply: China’s accelerated nuclear program requires continued import of certain high-specification safety systems, control valves, and instrumentation that Chinese manufacturers have not yet fully qualified for nuclear-grade certification. Opportunities remain for established nuclear supply chain companies.

Carbon markets and services: The expansion of China’s national Emissions Trading Scheme (ETS) — which began trading in July 2021 covering 2,200 power sector companies responsible for approximately 4.5 billion tonnes of CO₂ annually — creates demand for carbon verification, emissions monitoring, carbon trading advisory, and emissions reduction technology services. Foreign companies with carbon market experience from the EU ETS or California’s cap-and-trade system can offer valuable expertise.

Challenges

Local content requirements: The 14th Plan continues China’s emphasis on domestic supply chain independence, with renewable energy projects increasingly subject to informal local content requirements. Foreign companies face an expectation of 60–80% local sourcing for clean energy equipment, which may require establishing manufacturing partnerships or JVs in China.

Intellectual property concerns: Technology transfer requirements — particularly in advanced energy storage, hydrogen electrolysis, and nuclear reactor technology — remain a significant concern. Foreign firms must carefully structure IP licensing arrangements to protect proprietary technologies while satisfying Chinese partnership expectations.

Competitive pressure from domestic champions: Chinese clean energy companies — LONGi Green Energy (solar), Goldwind (wind), CATL (battery storage), Sungrow (inverters) — have become globally competitive, making direct product competition in China increasingly difficult for foreign manufacturers without significant price or technology advantages.

Regulatory complexity: The multi-layered structure of the 14th Plan — with national, provincial, and municipal level implementation — creates a complex regulatory landscape. A policy approved at the national level may be implemented differently in Guangdong versus Inner Mongolia, requiring foreign companies to either develop deep local knowledge or partner with firms that have it.

Practical Recommendations for Foreign Firms

Based on the 14th Five-Year Energy Plan review, foreign companies should consider the following strategic approaches:

First, shift from product sales to integrated solutions. The plan’s emphasis on integrated energy systems, clean energy bases, and the New-Type Power System rewards companies that can provide system-level solutions — combining hardware, software, and services — over those selling individual components. This is particularly true in energy storage, grid management, and hydrogen infrastructure.

Second, target specific niche areas where Chinese companies are not yet competitive. Areas identified in this analysis — including nuclear safety instrumentation, energy storage PCS/BMS, hydrogen refueling infrastructure, carbon market software, and flexible coal retrofit technology — are segments where foreign technology still holds an advantage.

Third, engage with provincial governments directly. The 14th Plan delegates significant implementation authority to provincial governments, which develop their own energy plans with specific targets, subsidies, and approval processes. Provinces like Guangdong, Jiangsu, and Shandong have particularly ambitious clean energy targets and are more open to foreign technology partnerships than some inland provinces.

Fourth, prepare for carbon market participation. China’s national ETS is expected to expand from the power sector to cover cement, aluminum, steel, and petrochemical manufacturing by 2026. As the ETS develops, companies that have already established carbon monitoring, reporting, and verification (MRV) systems will have a compliance advantage.

Finally, structure partnerships with Chinese SOEs and technology champions as co-innovation rather than pure supply relationships. The 14th Plan’s emphasis on “indigenous innovation” and “technology self-reliance” means that Chinese state-owned enterprises are increasingly expected to develop domestic alternatives to foreign technology. Foreign companies that position themselves as co-innovation partners — contributing technology through shared R&D programs with IP protection — are more likely to sustain long-term market access than those pursuing arm’s-length supply contracts.