The third quarter of 2026 marks a turning point for the global lithium battery industry: energy storage has officially overtaken EVs as the No. 1 demand engine. For battery buyers and storage integrators, reading the three key signals behind this shift is essential to making the right purchasing decisions at a time of rising prices and tightening supply.

1. Storage Overtakes EVs as Demand Leader — August Output Tops 300 GWh

According to GGII, China’s total lithium battery output in August 2026 reached approximately 304 GWh, up 7.4% month-on-month to a record high. Energy storage cells accounted for about 125 GWh — over 40% of the total — making storage the industry’s primary growth driver. The surge was fueled mainly by concentrated stockpiling from overseas utility-scale projects in the U.S. and the Middle East ahead of year-end grid connections, with some leading manufacturers’ order books already extending into mid-October. Storage has moved from a supporting role to center stage.

2. Lithium Carbonate Rebounds and Cell Prices Climb — A Market-Wide Repricing

• Lithium carbonate is recovering: prices have rebounded more than 14% from the early-August low, with the main contract trading above RMB 160,000/ton. After more than ten consecutive weeks of destocking, market inventories sit at multi-year lows — a clear signal the industry is shifting from oversupply toward a tight balance.
• A cell price hike wave has begun: in August, the average price of mainstream 314 Ah LFP storage cells reached about RMB 0.365/Wh, up roughly 18% from the end of 2025. CATL was the first to raise its 314 Ah storage cell quote to RMB 0.423/Wh, with other leading makers such as EVE Energy following suit.
• Consumption tax has taken effect: since September 1, lithium batteries are subject to a 2% consumption tax, rising to 4% from September 2027. Next-generation chemistries — sodium-ion and solid-state batteries — remain exempt until the end of 2028, while exported batteries qualify for a “pay-first, refund-after-export” mechanism. This policy is accelerating the exit of inefficient capacity, further strengthening the pricing power of leading suppliers.

3. Solid-State Batteries Accelerate — 2027 Is the Milestone

China has spearheaded the world’s first international standard project for solid-state batteries at the IEC, and a consortium of 27 state-owned enterprises led by FAW has successfully commissioned a 25 MWh pilot line for all-solid-state cells. Major players are targeting 2027 for small-batch production. The technology race has moved from the laboratory into the engineering phase, and next-generation batteries are commercializing faster than expected.

What This Means for Buyers

1. Lock in orders and prices early. In a window of rising prices and tightening supply, early commitment is the most effective hedge against further price adjustments.
2. Watch cost pass-through. Consumption tax, lithium carbonate, and material costs are rippling along the supply chain — work with suppliers on a transparent price-linkage mechanism.
3. Plan for technology evolution. While meeting current requirements, factor the compatibility of next-gen chemistries (solid-state, sodium-ion) into your long-term selection roadmap.

The storage-driven cycle is here. Those who move early will be best positioned in the next phase of the market.

August 2026 marked several milestones for the lithium battery industry: monthly production scheduling broke through 300GWh for the first time, energy storage officially overtook EV batteries as the largest demand driver, upstream lithium prices kept climbing, and a new battery consumption tax takes effect on September 1 — reshaping the industry’s cost and competitive landscape.

1. August Output Tops 300GWh — Energy Storage Overtakes EV as the Growth Engine

According to a survey of 27 battery makers by BaiChuan Yingfu, China’s lithium battery production scheduling reached 311.85GWh in August, up 5.71% month-on-month and hitting an all-time high. Energy storage cells accounted for roughly 125GWh — more than 40% of total output — overtaking automotive batteries in scale for the first time. The surge is largely driven by concentrated stockpiling for large-scale overseas energy storage projects: markets such as the United States and the Middle East are in peak delivery ahead of year-end grid-connection deadlines, with some manufacturers’ order backlogs extending into mid-October.

2. Lithium Prices Firm Up, Cell Prices Stabilize — A “Rising Volume and Price” Cycle

In late August, battery-grade lithium carbonate crossed the RMB 150,000/MT threshold (averaging RMB 149,000/MT on Aug 19, up about 4.9% week-on-week), while spodumene concentrate climbed to around USD 2,100/MT. With rising upstream costs and strong demand, prices of mainstream 314Ah LFP energy storage cells have rebounded notably from late-2025 lows, and leading manufacturers have successively announced price adjustments. Downstream cell and system prices remain broadly stable for now (314Ah storage cells around RMB 0.36/Wh), but cost pressure is being passed down the supply chain, and further upside cannot be ruled out.

3. Battery Consumption Tax Takes Effect Sept 1 — Energy Storage Systems Explicitly Exempt

From September 1, 2026, lithium primary and lithium-ion batteries are subject to a 2% consumption tax, rising to the statutory 4% on September 1, 2027. Export batteries benefit from a “tax-first, refund-after-export” mechanism, and tax authorities have confirmed that energy storage systems are not subject to the tax. Meanwhile, new technology routes such as sodium-ion and solid-state batteries remain exempt until the end of 2028, an incentive designed to push the industry toward higher-end technology. The industry generally expects the new policy to accelerate the elimination of inefficient capacity, shifting competition from low-price rivalry to high-quality differentiation, with leading players better positioned to absorb or pass on the added cost.

4. Accelerating Globalization: H1 Overseas Orders Reach 298GWh, Up 83% YoY

Data released by CNESA on August 27 shows that Chinese companies signed overseas energy storage orders totaling 298GWh in H1 2026, up 83% year-on-year. Over the same period, Chinese firms’ global shipments of power-storage lithium cells reached 380GWh, with full-year shipments expected to hit 850GWh. Europe remains a key market, while the Middle East, India and Chile are growing rapidly — Chinese energy storage is evolving from product export to full-capability output.

Closing

Surging storage demand, firmer lithium prices and the new tax policy are together pushing the lithium battery industry into a new phase. For buyers, staying ahead of price and supply trends and choosing suppliers with reliable delivery and full regulatory compliance is becoming more important than ever.

In August 2026, the lithium battery industry is flashing strong signals across the board: scheduled production hit a new record, energy storage overtook EV batteries as the top demand driver, and cell prices have officially entered an upward cycle.

1. Scheduled Output Breaks 300GWh; Storage Overtakes EV Batteries

According to GGII, China’s lithium battery scheduled production grew 7%–8% month-on-month in August, topping 300GWh for the first time. A survey of 27 battery makers by Bai Chuan Ying Fu puts total August output at 311.85GWh. Energy storage cells accounted for roughly 125GWh — more than 40% of the total — officially overtaking automotive cells as the industry’s primary growth engine. The increment largely comes from overseas utility-scale storage orders: U.S. and Middle East projects are stockpiling ahead of year-end grid connections, and some makers’ delivery schedules have extended into mid-October.

2. Cell Price Hikes Officially Underway

The average price of mainstream 314Ah LFP energy storage cells rose to about RMB 0.365/Wh in August, up nearly 18% from roughly RMB 0.31/Wh at the end of 2025. CATL first raised its 314Ah storage cell price to RMB 0.423/Wh on August 1, and EVE followed with a 2% increase across all domestic cells from September 1. Notably, the increase is uneven: leading makers are passing on costs thanks to brand and quality premiums, while smaller players are squeezed — accelerating capacity consolidation in the low-end segment.

3. Strong H1 Earnings Across the Chain

Storage demand has directly boosted earnings. CATL posted H1 revenue of RMB 276.9 billion, up 54.8% year-on-year, with net profit of RMB 43.28 billion, up 41.98%. EVE and Gotion guided H1 net profit growth of 95%–110% and 227%–323% respectively, while Great Power returned to profitability with storage shipments up 202% year-on-year. GGII data shows China’s H1 lithium battery shipments reached about 1.2TWh, up more than 50% year-on-year, with storage shipments up over 80%. Industry forecasters have raised their 2026 global lithium battery output estimate to 3,200GWh.

4. Policy and Overseas Demand in Sync

On the policy side, three ministries announced a 2% consumption tax on lithium-ion batteries effective September 1, 2026 (rising to 4% in September 2027), ending more than a decade of tax exemption and pushing the industry toward higher value-added, more efficient production. Overseas, the EU plans to add 45GW of storage during 2026–2028 with a 200GW target by 2030, while U.S. utility-scale storage already exceeds 51GW. China’s NEV exports reached 2.354 million units in H1 2026, up 122.9% year-on-year, with EV battery exports also strong.

Implications for Overseas Buyers

Three takeaways: First, mainstream storage cells such as 314Ah are entering an upward price cycle — locking in orders and prices early helps control costs. Second, leading makers’ capacity is running full with longer lead times, so plan your procurement schedule well in advance. Third, as domestic taxes and costs rise, the supply chain is consolidating toward high-quality, cost-effective suppliers. EABK will keep monitoring market developments to provide you with timely industry insights and stable supply solutions.

Entering Q3 2026, the global lithium battery industry maintains strong momentum, with capacity expansion and technological upgrading advancing in tandem. Latest industry data shows that domestic lithium battery production scheduling has hit a new all-time high, with energy storage demand surpassing automotive batteries for the first time as the top growth driver. Meanwhile, the industrialization of new technology routes such as solid-state batteries and sodium-ion batteries is accelerating significantly, placing the sector in a dual window of capacity release and technological iteration.

Market: Energy Storage Takes the Lead, Monthly Output Exceeds 300GWh

In August 2026, total scheduled production of lithium batteries in China reached approximately 304GWh, up 7.4% month-on-month, far exceeding the market’s earlier forecast of 3%-5% growth. Energy storage cell scheduling reached 125GWh, a net increase of about 10GWh from the previous month, accounting for over 40% of total output and officially overtaking automotive batteries as the primary demand driver.

This round of growth is mainly driven by concentrated stocking for large-scale overseas energy storage projects, with markets such as the United States and the Middle East entering peak delivery periods. Meanwhile, new energy vehicle exports maintain robust growth, reaching 553,000 units in July, a 145.8% year-on-year surge. On the raw material side, lithium prices have entered a new cycle with “clear floors and ceilings”, as domestic environmental regulations and overseas resource nationalism both constrain supply, gradually clarifying the industry’s cost bottom line.

Technology: Multiple Routes Parallel, Industrialization Nodes Approaching

On the technology front, 2026 marks a critical year for the industrialization of multiple battery technology routes. For solid-state batteries (ASSBs), leading Chinese, Japanese and Korean companies have moved beyond laboratory proof-of-concept and entered the engineering validation phase (TRL 5-6). Companies including Toyota, Nissan and Samsung SDI have completed sample validation on pilot production lines, with some automotive-grade performance metrics meeting design targets.

The industrialization of sodium-ion batteries is also accelerating. CATL announced in April 2026 that sodium-ion batteries will enter mass production in the fourth quarter, and has signed the world’s largest 60GWh energy storage sodium battery order. With excellent low-temperature performance, high safety and cost advantages, sodium batteries have broad application prospects in energy storage, power systems in cold regions, and data center backup power.

Additionally, CATL recently signed a memorandum of cooperation with Schaeffler. The two parties will carry out strategic cooperation in battery management systems (BMS) and all-in-one energy storage systems, jointly developing localized electronic control solutions tailored to European automakers and further deepening global 布局.

Industry Benchmark: 2026 World Power Battery Conference Coming Soon

The 2026 World Power Battery Conference will be held in Yibin, Sichuan from September 3 to 4. The conference features 8 thematic sessions covering industry policies, cutting-edge technologies, innovative applications, new energy storage, and battery recycling. It will release key outcomes including the Power Battery Industry Development Index (2026), Power Battery Technology Roadmap, and innovative technologies in the 2026 power battery sector, charting the course for the next phase of industry development.

Overall, the lithium battery industry is transitioning from “volume growth” to “simultaneous improvement in quality and quantity”. The explosion of the energy storage market opens up medium- and long-term growth space, while the diversified iteration of technology routes is reshaping the industry’s competitive landscape. For industry participants, seizing energy storage export opportunities and building next-generation technology reserves will be the core priorities over the next two years.

Recent lithium battery industry news has been intensive: solid-state battery industrialization is accelerating, energy storage cells are moving toward larger formats, EU battery regulations are tightening compliance requirements, and lithium prices remain volatile at lower levels. Beneath the headlines, the competitive logic of the industry is shifting.

1. Solid-State Batteries Move from Lab to Pilot Production

Several leading battery makers and automakers have recently announced pilot lines or vehicle testing plans for solid-state batteries, with sulfide and oxide routes advancing in parallel. Some samples have exceeded 400Wh/kg in energy density.
Advisory view: Mass production of solid-state batteries is still constrained by electrolyte costs, interface engineering, and manufacturing yield. Large-scale replacement of liquid lithium batteries is unlikely before 2027. However, companies should proactively build capabilities in key materials, patents, and process know-how to avoid being caught off guard during the technology transition.

2. Energy Storage Cells Accelerate Toward Larger Formats

300Ah+ energy storage cells have become mainstream, while 500Ah and larger products are entering sampling or small-batch application. Larger cells improve system integration but also raise higher requirements for thermal management, cell consistency, and long-term reliability.
Advisory suggestion: Do not simply compete on capacity numbers. Focus on levelized cost of storage over the full lifecycle, safety certifications, and degradation performance under real operating conditions.

3. EU Battery Regulations and Carbon Footprint Requirements Upgrade

The EU’s new battery regulation is phasing in requirements for battery passports, recycled material ratios, and carbon footprint declarations. Export-oriented companies must build data traceability systems covering minerals, materials, cells, and battery packs. Several other countries are also preparing similar rules.
Advisory reminder: Compliance is no longer an extra cost, but a market access threshold and a source of brand premium. Companies should establish digital traceability and carbon management capabilities as early as possible.

4. Low Lithium Prices and Supply Chain Restructuring

Lithium prices have fallen significantly from previous highs, but volatility remains elevated. Upstream resource concentration and geopolitical risks persist. Battery companies are reducing dependence on a single resource through vertical integration, sodium-ion battery supplementation, and recycling deployment.
Advisory suggestion: Build a resilient supply chain by using hedging instruments, diversified technology routes, and recycling systems to mitigate price fluctuations and supply risks.

Conclusion

The lithium battery industry is transitioning from “scale expansion” to a comprehensive competition based on technology, compliance, and cost control. Companies should dynamically adjust product roadmaps, overseas compliance systems, and supply chain strategies in response to the latest industry developments to maintain a competitive edge in the next round of consolidation.

As we enter the second half of 2026, the lithium battery industry is undergoing critical shifts. Below are three major developments worth noting, drawn from recent news across technology, policy and markets.

Solid-state batteries move closer to mass production

In early August, a leading battery manufacturer announced that its third-generation all-solid-state battery cell had passed automotive-grade safety testing, with an energy density exceeding 500 Wh/kg. The cell is expected to begin road trials in two flagship EV models by the end of this year. This timeline puts solid-state deployment roughly six months ahead of earlier forecasts, powered by advances in high-nickel cathodes and silicon-carbon anodes.

Lithium prices stabilize, supply chain becomes more rational

After sharp swings over the past two years, lithium carbonate prices have lately steadied in the range of 90,000 to 110,000 RMB per tonne. New brine and spodumene projects in Argentina and Africa ramped up output in Q2, setting a loose supply baseline. For battery makers and automakers, the improved cost predictability supports mid-to-long-term contract planning and margin recovery.

Energy storage exports emerge as a key growth driver

Driven by more frequent negative electricity prices in Europe and recurring power shortages in Southeast Asia, China’s exports of energy storage cells and systems continue to climb in Q3. Recent customs data indicate that storage battery exports in July grew over 40% year-on-year. DC-side containerized liquid-cooling systems are gaining rapid traction in commercial and industrial applications across Europe and North America. Meanwhile, the EU’s new Battery Regulation is now in full effect, mandating carbon footprint declarations and battery passports. This forces domestic manufacturers to accelerate compliance and traceability system deployment.

Outlook

The lithium battery sector is shifting from pure scale expansion toward a dual-engine model of technology and globalization. Companies should closely monitor solid-state mass production milestones, secure flexible lithium supply arrangements, and deploy EU-compliant digital battery passport systems early — to stay ahead in the next stage of competition.

Recent weeks have brought significant shifts in the global lithium battery landscape, spanning regulation, technology, and raw materials. We’ve distilled the key developments and what they mean for your procurement strategy.

1. EU Battery Regulation becomes enforceable; carbon footprint now mandatory

From August 18, 2026, the EU Battery Regulation strictly enforces carbon footprint declarations and digital battery passports for EV and industrial batteries. Any battery product lacking a verified carbon footprint report will be denied access to the European market. This has sharply raised compliance costs for many Asian exporters. Smaller cell manufacturers without green-energy integration are being squeezed out, while top-tier suppliers with robust carbon management are commanding premium orders. If you source batteries for the EU, confirm immediately that your supplier holds the required certified carbon footprint documentation.

2. Solid-state batteries enter pre-mass production; supply chains begin to diverge

In late July, Toyota and Idemitsu’s joint venture announced an 80% yield on its all-solid-state battery pilot line, with first samples delivered to luxury automakers. Simultaneously, Samsung SDI launched its all-solid-state pilot plant in Korea, targeting vehicle integration by 2027. Although all-solid-state cell costs remain over four times higher than liquid lithium-ion, their superior safety and energy density are already locking in capacity for high-end applications (e.g., eVTOL, long-range premium EVs). For most downstream buyers, no rush replacement is needed before 2027, but you should monitor semi-solid-state batteries as a transition technology: their cost is projected to drop to 0.65 RMB/Wh by end-2026, likely seeing volume adoption first in energy storage and commercial vehicles.

3. Lithium carbonate prices rebound; window for long-term contracts narrowing

After a sluggish first half, lithium carbonate prices have rebounded to around 138,000 RMB/tonne since June, driven by South American brine disruptions and stronger-than-expected global energy storage demand. Market sentiment has shifted to cautiously bullish. Near term, battery-grade lithium carbonate is likely to oscillate between 120,000–150,000 RMB/tonne through Q3. We strongly advise buyers with bulk procurement plans to lock in 3- to 6-month contracts with resource-backed suppliers now, before costs escalate further in the Q4 peak season.

Sourcing perspective: compliance and supply flexibility are the new priority

Battery procurement is moving from a “price-only” mindset toward multidimensional evaluation—compliance, performance, and supply stability. Our recommendations:

• Prioritize cell or pack suppliers who have already obtained EU-recognized carbon footprint declarations.

• For safety-critical applications, request semi-solid-state battery samples and conduct small-batch validation.

• Sign quarterly fixed-price agreements with price-reopener clauses to flexibly navigate raw material volatility.

Stay ahead of the curve and secure your supply chain. For compliant lithium battery solutions tailored to your needs, feel free to reach out to our product consultants directly.