China is the world’s largest producer and consumer of new energy technology – from electric vehicle (EV) batteries to solar panels and wind turbine components. To keep this $1.2 trillion industry growing, China’s central government has laid out clear goals and massive investment in its 15th Five-Year Plan (2026–2030) for the new energy materials sector.
If you’re a foreign business sourcing new energy materials, selling technology to Chinese manufacturers, or investing in the sector, this plan will shape how the market works for the next five years. Drawing from the China Electronic Materials Industry Development Status and 15th Five-Year Development Trend Research Report, we break down the most important changes you need to understand.
What Is The Core Goal Of The 15th Five-Year Plan For New Energy Materials?
The 15th Five-Year Plan builds on the progress China made in the 14th Five-Year Plan (2021–2025), when China became the global leader in new energy manufacturing. The previous plan focused on scaling up production capacity to meet booming domestic and global demand for EVs and renewable energy. The new plan shifts focus to three core priorities:
- Reduce reliance on imports for critical upstream materials
- Improve technology for next-generation high-performance materials
- Build a closed-loop recycling supply chain to cut carbon emissions and reduce dependence on virgin ore
This isn’t just a vague policy statement: the plan includes specific government targets, tax breaks, low-interest loans, and R&D grants to hit these goals. Private and state-owned Chinese companies are already moving billions of dollars in investment to align with these priorities.
Key Targets For 2030: What The Plan Aims To Achieve
Let’s look at the concrete, measurable targets laid out in the report for 2030:
| Material Category | 2024 Current Level | 2030 Plan Target |
|---|---|---|
| Domestic self-sufficiency for high-purity lithium salt | 75% | 90%+ |
| Domestic self-sufficiency for high-purity battery-grade silicon | 40% | 70% |
| Recycled lithium content in new EV batteries | 23% | 50% |
| Energy density for EV cathode materials | 260 Wh/kg | 350 Wh/kg+ |
| Photovoltaic conversion efficiency for silicon wafers | 26.5% | 28%+ |
Data source: 2025 China Electronic Materials Industry Development Report
These targets are ambitious, but they’re achievable. China already has massive production capacity, and the plan’s incentives will speed up development of new technologies and production processes.
4 Key Market Changes Driven By The 15th Five-Year Plan
What do these targets actually mean for global businesses? We’ve identified the four biggest changes that will impact foreign companies working in this sector:
1. Faster Localization of High-Purity Material Production Means Lower Costs
For decades, China relied on foreign technology and processing to produce high-purity new energy materials. For example, as of 2020, China imported more than 60% of its battery-grade lithium hydroxide from foreign producers. By 2024, that number dropped to 25%, and the 15th Five-Year Plan will push it below 10% by 2030.
This means:
- Chinese new energy material producers will scale up high-purity production faster, creating more supply for the global market
- Global prices for most new energy materials will stabilize and even decline as more supply comes online
- For global EV and solar panel manufacturers, this means more sourcing options and lower input costs over the next five years
Of course, this doesn’t mean foreign producers will be locked out entirely. Chinese producers still need high-quality specialized materials from foreign suppliers for niche high-performance applications, and there will still be room for foreign suppliers that can offer higher quality or unique technology.
2. Massive Investment In Next-Generation Battery Materials Creates Partnership Opportunities
The 15th Five-Year Plan puts huge R&D investment into next-generation EV battery materials, including solid-state battery electrolytes, high-nickel cathodes, and silicon-based anodes. Chinese battery giants like CATL and BYD are already investing heavily, but they still need foreign technology and partnerships to fill gaps in their R&D.
For foreign technology companies that have developed intellectual property in next-generation new energy materials, this creates massive partnership opportunities. Chinese companies are willing to pay top dollar for technology that can help them hit the plan’s performance targets, and the government offers tax breaks for joint ventures that bring advanced new energy material technology into China.
If you’re a foreign material technology firm with IP in next-generation battery or solar materials, now is a great time to explore partnerships with Chinese manufacturers. Just be sure to verify any potential partner’s track record and IP protection practices before you sign a deal. If you need to conduct a full background check on a Chinese partner’s leadership and legal status, our executive risk and background report can help you avoid common pitfalls.
3. Closed-Loop Recycling Becomes A Major New Industry Segment
The 15th Five-Year Plan’s focus on recycling is one of its biggest shifts from previous plans. China generates more than 1 million tons of spent EV batteries every year, and that number is projected to grow to 3 million tons by 2030. To avoid massive waste and reduce reliance on imported lithium, cobalt, and nickel ore, the plan requires battery manufacturers to source 50% of their raw materials from recycled sources by 2030.
The problem is, most Chinese recycling companies have outdated technology that can only recover about 80–85% of usable materials from spent batteries, and the process often creates significant pollution. Foreign companies have much more advanced hydrometallurgical and direct recycling technology that can recover 95%+ of materials with lower carbon emissions and less pollution.
Chinese battery manufacturers and recycling companies are actively looking to partner with foreign technology firms to license or acquire this advanced recycling technology. This is one of the fastest-growing opportunity areas for foreign businesses in the Chinese new energy materials sector right now.
4. Stricter Environmental Regulations For Material Producers
The 15th Five-Year Plan also puts much stricter environmental requirements on new energy material producers. For example, new production facilities for lithium mining and refining must meet much lower carbon emission and water pollution standards, and existing facilities that don’t meet the new standards will be phased out by 2028.
What does this mean for global businesses? It means:
- Less supply from small, low-quality unregulated Chinese material producers, which will reduce price volatility in the global market
- Higher average quality of Chinese new energy materials, as low-quality producers exit the market
- You need to verify that any Chinese supplier you work with is compliant with the new environmental regulations, to avoid supply chain disruptions if your supplier gets shut down
Risks To Plan For As A Foreign Business
The 15th Five-Year Plan creates a lot of opportunities, but there are also risks you need to prepare for:
- Increasing competition for mid-range materials: As Chinese producers scale up high-quality mid-range new energy materials, they will compete more aggressively on price in global export markets, which will squeeze margins for foreign mid-range material producers.
- IP protection concerns: If you’re partnering with a Chinese company to license your technology, make sure you register your patents in China and include strong IP protection clauses in your contract.
- Supply chain concentration risk: As China increases its share of global new energy material production, more global companies will become dependent on Chinese supply. If geopolitical tensions lead to new trade restrictions, this could create supply chain disruptions. It’s still a good idea to maintain multiple qualified suppliers in different regions to mitigate this risk.
Conclusion
China’s 15th Five-Year Plan for new energy materials drives significant change across the global new energy supply chain. It will speed up the localization of high-purity material production in China, bring down global material prices, create huge partnership opportunities for foreign technology companies, and grow the new energy materials recycling industry. Foreign companies that understand these changes and prepare for them can take advantage of new opportunities, while managing the associated risks.
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