China is already the world’s largest producer and installer of new energy storage capacity, accounting for more than 60% of global grid-side energy storage installations as of 2025. The 2026 update to China’s new energy system plan has raised the country’s 2030 energy storage target far higher than previous projections, and this step change in demand will fundamentally shift how the global battery supply chain operates over the next five years.
Drawing directly from the newly published 2026 China New Energy System Development Analysis and Trend Research Report, we break down exactly what these new targets are, how they will change the global battery supply chain, and what opportunities and risks they create for businesses around the world.
The New Official 2030 Energy Storage Target: 250 GW, Up From 130 GW in 2025
The most important change from the 2026 plan is that China has raised its cumulative grid-connected energy storage target for 2030 from 130 gigawatts (GW) to 250 GW. That’s almost double the previous target, and far higher than most independent analysts forecast just two years ago.
To put this in perspective: China only had about 40 GW of installed energy storage capacity at the end of 2024. The new target means China will need to add 210 GW of new energy storage capacity between 2025 and 2030, an average of 42 GW of new installations every year. By comparison, China added just 18 GW of new energy storage capacity in 2024.
| Year | Cumulative Installed Capacity (GW) |
|---|---|
| 2020 | 3.2 |
| 2025 | 58 |
| 2030 (new target) | 250 |
Data source: 2026 China New Energy System Development Analysis and Trend Research Report
Breakdown of Demand Growth: Where Will All This New Storage Come From?
Not all new energy storage demand will come from the same sector. The 2026 plan divides new storage demand into three core segments, each with different growth trajectories and requirements:
| Market Segment | Cumulative Capacity 2025 (GW) | Target 2030 (GW) | New Capacity 2025-2030 (GW) |
|---|---|---|---|
| Generation-side storage (paired with solar/wind farms) | 28 | 125 | 97 |
| Grid-side storage (grid stability & peak shaving) | 21 | 75 | 54 |
| User-side storage (commercial, industrial, residential) | 9 | 50 | 41 |
| Total | 58 | 250 | 192 * |
*18 GW of older capacity will be decommissioned by 2030, so net new additions are 192 GW
The biggest driver of new demand is the new mandatory storage requirement for all new utility-scale solar and wind farms. Almost all new solar and wind projects built after 2025 are required to include 10–20% capacity of energy storage to get grid connection approval. This is why generation-side storage will see the largest absolute growth over the next five years.
User-side storage is the fastest growing segment in percentage terms, growing more than 5x from 9 GW in 2025 to 50 GW in 2030. Growth in this segment is being driven by higher time-of-use electricity prices in most Chinese provinces, which make it financially attractive for commercial and industrial users to install storage to shave peak demand and reduce electricity costs.
What This Means For Global Battery Raw Material Markets
192 GW of new energy storage capacity translates to an enormous amount of additional demand for battery raw materials. According to the 2026 report, this new build will require approximately:
- 1.8 million tons of lithium carbonate equivalent (LCE): More than the entire global lithium production in 2024 (1.6 million tons of LCE)
- 2.1 million tons of iron phosphate: The primary cathode material for most grid energy storage batteries in China
- 1.3 million tons of copper foil: For battery current collectors
- 350 GWh of new battery cell production capacity: Needed to supply this build between 2026 and 2030
This massive step change in demand will have three big impacts on global raw material markets:
1. Short-term price volatility for lithium and key materials
Lithium prices have been extremely volatile over the past three years, dropping from a peak of more than $80,000 per ton of LCE in 2022 to less than $15,000 per ton in early 2025 as new mining capacity came online. The new 250 GW target will absorb much of the new spare lithium capacity that’s come online over the past two years, which will put upward pressure on lithium prices starting in 2027.
However, the long-term picture is different: high lithium prices over the past few years have triggered a wave of new lithium mine development around the world, and most of that new capacity will come online between 2028 and 2030. So after a period of short-term price increases in 2026–2027, prices are expected to stabilize at around $20,000–$25,000 per ton of LCE for the rest of the decade.
2. Iron phosphate demand will grow faster than general lithium-ion demand
More than 90% of new grid energy storage installations in China use lithium iron phosphate (LFP) batteries, which have lower cost, longer cycle life, and better safety than NMC/NCA batteries for stationary storage applications. This means that demand for iron phosphate will grow even faster than demand for lithium, as almost every new GWh of storage requires a full GWh of iron phosphate cathodes.
Right now, China produces more than 90% of the world’s battery-grade iron phosphate. This continued demand growth will reinforce China’s dominant position in this segment of the global battery supply chain for the foreseeable future. For raw material producers outside China, this creates opportunities to supply iron ore and phosphate rock to Chinese iron phosphate producers, who are expanding capacity rapidly to meet new demand.
3. Increased competition for high-purity specialty battery materials
Even though China is scaling up domestic production of most battery materials, it still relies on imports for some high-purity specialty materials, including high-purity lithium hydroxide, natural graphite for anodes, and fluoropolymers for battery separators. This increased demand will create new export opportunities for material producers in countries like Australia, Chile, Canada, Brazil, and the United States.
How This Changes Global Battery Manufacturing Capacity
China already accounts for more than 75% of global LFP battery cell production capacity, and this new target will trigger another wave of capacity expansion inside China. But the expansion will not just be for the domestic Chinese market – Chinese battery manufacturers are already planning to export excess capacity to global energy storage markets, which will put downward pressure on global battery cell prices for energy storage applications.
The 2026 report projects that Chinese battery manufacturers will add more than 500 GWh of new LFP cell production capacity between 2026 and 2030, most of it specifically targeted at the domestic energy storage market. Once domestic demand is met, the remaining 150–200 GWh of capacity will be available for export to energy storage projects in Europe, North America, and emerging markets.
This expansion will have two key impacts on global manufacturers:
- Downward pressure on global LFP battery prices: Increased production volume from Chinese manufacturers will keep global LFP battery prices between $80–$100 per kWh through 2030, which will make energy storage projects more affordable everywhere in the world. This is good news for project developers, but it will put pressure on higher-cost battery manufacturers in other regions to lower their prices.
- Opportunities for joint ventures and component supply: Chinese battery manufacturers are actively looking for foreign partners to secure long-term raw material supplies, so global mining companies and component suppliers can lock in long-term supply contracts with Chinese producers at stable prices. Even if you don’t manufacture cells in China, you can still benefit from this massive capacity expansion.
Opportunities For Global Companies
This massive build-out of energy storage capacity in China creates three big categories of opportunities for global companies:
Opportunity 1: Raw material suppliers
China will need to import more lithium, phosphate rock, iron ore, copper, graphite, and other raw materials to support this build. If you operate a mine or produce raw battery materials outside China, you have a huge new market to sell into. Chinese battery and material producers are actively looking for long-term supply contracts to secure their raw material needs, so you can lock in steady demand for your output.
Opportunity 2: Specialty component and equipment suppliers
Chinese energy storage system integrators still rely on foreign suppliers for some high-performance specialty components, including battery management system (BMS) chips, high-power power conversion system (PCS) equipment, fire suppression systems, and advanced testing equipment. This increased build rate means more demand for all of these components.
Opportunity 3: Technology partnerships
Chinese project developers and battery companies are looking for advanced long-duration energy storage technology that they don’t already produce domestically. If you have a competitive technology in areas like flow batteries, compressed air energy storage, pumped thermal storage, or other long-duration solutions, this is a great time to partner with Chinese companies to enter the large Chinese market. You can check the credit standing and reliability of potential Chinese partners with ChinaBizInsight’s official enterprise credit report before you sign any partnership agreement.
Key Risks To Prepare For
This massive growth also comes with risks that global companies need to plan for:
Risk 1: Short-term raw material price volatility
The sudden increase in demand can cause prices to spike faster than new mining capacity can come online, which can create cost volatility for downstream manufacturers. If you rely on lithium or other battery materials for your business, you should consider hedging your price exposure to avoid getting caught off guard by short-term price spikes in 2027 and 2028.
Risk 2: Increased competition for new export markets
Chinese battery companies will have excess capacity after meeting domestic demand, which means they will be aggressive exporters to global energy storage markets. This will put price pressure on battery manufacturers based in other regions, and you’ll need to adjust your pricing strategy to compete with lower-cost Chinese LFP cells.
Risk 3: Supply chain bottlenecks
Even with all this new capacity, the speed of the build-out could create temporary bottlenecks in key components like power electronics and copper foil in the next two to three years. If you’re planning a project that requires battery storage, you should lock in your supply contracts earlier than you normally would to avoid delays.
Key Takeaways
China’s 250 GW 2030 energy storage target is a game-changer for the global battery supply chain. It will create massive new demand for battery raw materials, drive down global LFP battery prices, and create new opportunities for raw material producers, component suppliers, and technology companies around the world. At the same time, it will increase short-term price volatility and competition for global battery manufacturers.
For most global companies, the biggest opportunity is in supplying raw materials and high-value components to Chinese manufacturers, who are scaling up rapidly to meet domestic demand. By preparing now for this growth, you can position your business to benefit from one of the largest industrial build-outs the world has ever seen.
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