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中文Key Takeaways
At the start of the second quarter of 2026, the global lithium battery industry is undergoing a profound transformation driven by cost pressures. Compared to the lows of last year, lithium carbonate prices have more than doubled. This is no longer a short-term supply-demand mismatch but a signal that the industry has entered a “new normal” of high-cost operations.
Faced with rising raw material costs, major players are pursuing a two-pronged strategy:
On the technology front, sodium-ion and semi-solid-state batteries are accelerating toward mass production.
On the regulatory front, the strictest battery recycling regulations to date have taken effect, making closed-loop ecosystems a new competitive moat.
Below is our in-depth analysis for this month.
01 Market Front: Cost Pressure Intensifies, Industry Reshuffle Underway
Entering 2026, the power battery market presents a stark contrast.
On one hand, demand remains strong. Leading battery manufacturers are running at full capacity, with some even turning away orders that don’t offer sufficient upfront payment. This spillover demand is benefiting second-tier players. On the other hand, rising lithium carbonate prices are putting significant cost pressure on mid-stream battery makers.
A recent report from Wood Mackenzie warns that without substantial new investment, the world could face a lithium supply gap as early as 2028.
Our perspective:
For buyers, the era of pure price comparison is ending. In a high-lithium-price environment, supply chain stability matters more than ever. Suppliers with upstream resource integration capabilities or diversified technology portfolios (i.e., not relying solely on lithium batteries) will become the preferred choice for OEMs.
02 Technology Battle: Has Sodium’s Year Finally Arrived?
If sodium batteries have been “much talked about but rarely seen” in previous years, 2026 is shaping up to be the true first year of sodium-ion industrialization.
Recent breakthroughs from the Institute of Physics, Chinese Academy of Sciences, have demonstrated that ampere-hour sodium-ion batteries can completely eliminate thermal runaway risks, solving a key safety concern. Meanwhile, major players like CATL and EVE Energy have launched mass-produced sodium battery products — from low-temperature commercial vehicle versions to large-scale energy storage systems. Sodium batteries are moving from slide decks to production lines.
Key data point:
Current sodium battery production costs are around RMB 0.5–0.6/Wh, still slightly above lithium’s RMB 0.4/Wh. However, industry experts predict cost parity will be reached by 2027. At that point, sodium batteries — with their superior safety and low-temperature performance — will become a strong complement to lithium batteries in energy storage and two-wheeler vehicles.
03 Safety Upgrade: New National Standard Countdown Begins
With July 1 approaching, the mandatory national standard for electric vehicle traction batteries (GB38031-2025) is about to take effect.
This is not only a major test for battery safety but also a raise of the technical bar. The new standard pushes the industry away from “involutionary” low-price competition toward value-driven competition. Recently unveiled batteries — such as Yuanxing Energy’s 4.8V high-voltage nickel-manganese-lithium battery — have demonstrated “intrinsic safety” by passing nail penetration tests without catching fire or exploding.
What this means:
Future battery competition will no longer be just about range, but about balancing high energy density with absolute safety.
04 Closed-Loop Ecosystem: Recycling Enters “2.0 Era”
In a resource-constrained world, urban mining is becoming a true goldmine.
On April 1, 2026, the new Administrative Measures for Recycling and Comprehensive Utilization of Waste Power Batteries from New Energy Vehicles officially took effect. Shortly after, the national traceability platform for NEV power batteries was launched, marking the beginning of China’s “2.0 era” for battery recycling management.
This isn’t limited to EV batteries. For the large stock of electric two-wheelers, the MIIT and the All China Federation of Supply and Marketing Cooperatives have jointly issued guidelines to regulate lithium battery recycling, using an extensive grassroots collection network to prevent waste batteries from entering informal channels.
Our perspective:
For overseas customers — especially in Europe and North America, where ESG is a top priority — battery carbon footprint and recycling responsibility are hard requirements. This latest upgrade of China’s recycling system provides strong support for export batteries aiming to meet full lifecycle compliance.
05 Global View: Chinese Batteries Continue “High-Value” Export Growth
Despite geopolitical challenges, China’s battery exports delivered impressive results in 2025. While export volume remained largely flat, export value surged by 22.8% to reach USD 82.28 billion.
This data clearly shows that China’s battery industry is shedding the “low-price, high-volume” label. Leveraging LFP, sodium-ion, and upcoming solid-state battery technologies, China is firmly positioned in the mid-to-high end of the global value chain. The upcoming CIBF 2026 battery expo in Shenzhen this May is expected to attract over 3,100 exhibitors from around the world — a prime window for observing the next generation of battery technology.
Closing Thoughts
The 2026 battery industry looks like a “game for the brave”. Rising upstream resource costs are steadily eliminating weak players that relied on low subsidies, while technological innovation (sodium, solid-state, recycling) is opening up new trillion-yuan tracks for the well-prepared.
EBAK will continue to monitor industry developments and bring you the most relevant supply chain intelligence.
