1. Record Export Milestone: Overview

Anhui Province has achieved a historic milestone in its battery industry, with battery exports reaching a record high in the first half of 2026. According to data released by Hefei Customs on July 8, 2026, the total value of battery and battery-related product exports from Anhui Province in H1 2026 reached RMB 62.3 billion (approximately USD 8.7 billion), representing a year-on-year increase of 34.7% compared to H1 2025 and surpassing the full-year 2023 export total of RMB 58.1 billion.

This record performance underscores Anhui’s growing importance as a global battery manufacturing and export hub. The province now accounts for approximately 9.5% of China’s total battery exports by value, up from 6.8% in 2024 and just 3.2% in 2022. The growth trajectory reflects the rapid expansion of battery production capacity in the province, particularly in Hefei and its surrounding industrial zones, and the increasing competitiveness of Anhui-produced battery products in international markets.

2. Export Volume and Value Statistics

2.1 Overall Export Performance

2.2 Monthly Export Trends

Monthly export values showed a consistent upward trajectory throughout H1 2026. January exports of RMB 9.1 billion were followed by a traditional Lunar New Year dip in February (RMB 7.8 billion), but exports rebounded strongly from March onward, reaching RMB 11.2 billion in March, RMB 10.9 billion in April, RMB 11.5 billion in May, and RMB 11.8 billion in June. The June figure set a new monthly record, surpassing the previous record of RMB 10.6 billion set in December 2025.

The data reveals an important structural trend: while average unit prices declined slightly (reflecting the global trend toward lower battery costs), total export value grew strongly due to volume expansion. The 39.6% increase in cell export volumes outpaced the 5.2% decline in average prices, demonstrating that Anhui battery manufacturers are successfully competing on cost while maintaining or improving quality.

3. Key Export Markets and Trade Flows

3.1 European Market Dominance

Europe remained the largest destination market for Anhui’s battery exports, accounting for 42% of total export value in H1 2026 (up from 38% in H1 2025). Key European markets include Germany (RMB 11.8 billion), which remains the single largest export destination for Anhui-produced batteries, followed by the Netherlands (RMB 6.2 billion, serving as a distribution hub for the broader European market), France (RMB 3.9 billion), the United Kingdom (RMB 2.8 billion), and Spain (RMB 1.6 billion).

The growth in European exports has been driven by two factors: European automakers’ accelerating EV production and their need for reliable battery supply amidst ongoing trade frictions with the United States, and European energy storage system (ESS) integrators seeking cost-competitive Chinese battery products for utility-scale renewable energy projects. European Union carbon border adjustment mechanism (CBAM) requirements have not significantly dampened demand, although Anhui exporters are increasingly investing in carbon footprint tracking and documentation capabilities.

3.2 Southeast Asian Growth

Southeast Asia has emerged as the fastest-growing export market for Anhui batteries, with H1 2026 exports to ASEAN countries reaching RMB 8.9 billion, a remarkable 68% year-on-year increase. Thailand (RMB 3.1 billion), Indonesia (RMB 2.4 billion), and Vietnam (RMB 1.8 billion) are the top three markets in the region. This growth is driven by the rapid expansion of EV assembly and manufacturing in Southeast Asia, with Chinese automakers (BYD, SAIC, Great Wall Motors) establishing production bases in the region and sourcing battery cells from their established Chinese supply chains.

3.3 North America and Other Markets

Exports to North America totaled RMB 8.6 billion in H1 2026 (14% of total export value), but growth has been constrained by the U.S. Inflation Reduction Act (IRA) rules that restrict battery content from “foreign entities of concern.” As a result, most Anhui battery exports to the United States are destined for non-EV applications or enter the U.S. market through intermediary countries. Exports to other markets—including South Korea (RMB 4.2 billion), Japan (RMB 2.1 billion), India (RMB 1.5 billion), and the Middle East (RMB 1.8 billion)—collectively account for approximately 18% of total export value.

4. Product Segments Driving Export Growth

4.1 LFP Battery Cells

Lithium iron phosphate (LFP) battery cells remain the dominant export product from Anhui, accounting for 62% of total battery cell export value in H1 2026. Anhui has become a global center of excellence for LFP cell manufacturing, with local producers achieving cell-level energy densities of 185–210 Wh/kg—comparable to lower-end NCM cells at significantly lower cost. The combination of competitive pricing (averaging RMB 420–460 per kWh FOB) and improving energy density has made Anhui-produced LFP cells the preferred choice for cost-sensitive applications globally.

4.2 Stationary Energy Storage Systems

Battery energy storage systems (BESS) for grid and commercial/industrial applications represent the fastest-growing export product category, with exports increasing by 52% year-on-year to RMB 9.8 billion in H1 2026. Anhui-based manufacturers have developed containerized BESS solutions (ranging from 2 MWh to 20 MWh per unit) that are highly competitive in international markets. Key BESS export markets include the United Kingdom, Germany, Australia, and Chile, driven by the global push to integrate variable renewable energy sources.

4.3 Battery Materials and Precursors

Anhui’s exports of battery materials—including cathode active materials, separators, and electrolytes—have grown steadily, reaching RMB 11.2 billion in H1 2026. Notably, Anhui-produced synthetic graphite anode materials have found strong demand in the South Korean and Japanese markets, where battery manufacturers value the consistent quality and competitive pricing. Foreign-invested enterprises producing battery materials in Anhui have benefited particularly from this export channel, leveraging their parent companies’ existing international customer relationships.

5. Factors Behind the Export Surge

Several factors have coalesced to drive Anhui’s battery export surge. First, capacity expansion at major battery producers in Anhui—including Gotion High-Tech, CATL, and CALB—has created significant exportable surplus beyond what is consumed by domestic customers. The province’s installed cell production capacity has grown from 180 GWh in 2024 to 285 GWh in mid-2026, with an estimated 35–40% of this capacity directed to export markets.

Second, cost competitiveness has improved through economies of scale, vertical integration, and the declining prices of key raw materials. Anhui battery manufacturers have achieved estimated production costs of RMB 350–380 per kWh for LFP cells, making their export prices highly competitive against producers in Europe (estimated at EUR 80–100/kWh) and North America.

Third, logistics improvements—particularly the expansion of China-Europe Railway Express services from Hefei and the upgrade of Hefei Xinqiao International Airport’s cargo facilities—have reduced export transit times and costs. The railway route to Europe (18 days transit time) has become a preferred shipping method for time-sensitive battery orders, complementing the 35–40 day sea freight route via Shanghai.

Fourth, the weakening of the RMB against major currencies has provided an additional tailwind for Anhui exporters. The RMB depreciated approximately 4.5% against the USD and 3.8% against the EUR between January and June 2026, improving the price competitiveness of Anhui battery products in dollar-denominated and euro-denominated markets.

6. Export Challenges and Trade Barriers

Despite the record performance, Anhui’s battery exporters face several significant challenges. The European Union’s CBAM, while not yet directly applicable to batteries (implementation for battery imports is expected in 2027–2028), is already prompting European customers to request detailed carbon footprint documentation from Anhui suppliers. Exporters that cannot provide verified carbon footprint data may face a competitive disadvantage in the European market within 12–18 months.

The U.S. Inflation Reduction Act’s restrictions on battery content from China present a structural barrier to the North American market. While some Anhui exporters have explored intermediary routes (e.g., completing final assembly in South Korea or Mexico to qualify for IRA incentives), these approaches add complexity and cost. The outcome of the 2026 U.S. midterm elections may influence the trajectory of IRA implementation and related trade measures.

Export controls on graphite and certain battery technologies, imposed by the Chinese central government in 2023 and refined in subsequent regulations, create administrative burdens for Anhui exporters. While most battery products do not require explicit export licenses, the documentation requirements have increased compliance costs. Foreign-invested enterprises exporting from Anhui must ensure their export compliance teams are fully versed in the latest regulatory requirements.

7. Infrastructure Supporting Export Growth

Anhui’s export infrastructure has evolved rapidly to support the battery export boom. The Hefei Railway Container Station, after its 2025 upgrade to handle Class 9 dangerous goods, has become a critical node in the province’s battery export logistics network. In H1 2026, a total of 186 China-Europe Railway Express trains departed from Hefei carrying battery products, up from 112 trains in H1 2025. Each train can carry approximately 50–60 TEUs of battery products, representing roughly 8–10 GWh of cell capacity per train.

Hefei Xinqiao International Airport’s cargo terminal has also seen substantial growth, handling 38,000 metric tons of battery-related air freight in H1 2026. Air freight is primarily used for high-value, time-sensitive products such as prototype cells, BMS modules, and specialty materials, where the speed advantage justifies the higher cost (approximately RMB 8–12 per kg for air freight versus RMB 0.8–1.5 per kg for rail and RMB 0.3–0.6 per kg for sea freight).

The province’s multimodal transport connections have also improved. A new dedicated rail link between the Hefei ETDZ and the Port of Shanghai became operational in April 2026, reducing the inland logistics segment of the sea freight route from 3–4 days to under 24 hours. The Yangtze River waterway via Wuhu and Ma’anshan ports continues to handle bulk shipments of battery materials, complementing the higher-value finished battery product flows through rail and road to Shanghai and Ningbo-Zhoushan ports.

8. Implications for Foreign-Invested Enterprises

Anhui’s record battery exports create both opportunities and considerations for foreign-invested enterprises operating in the province. For foreign enterprises that manufacture in Anhui and export globally, the growing export infrastructure and trade support services reduce logistics costs and improve delivery reliability. The new multimodal connections and expanded China-Europe Railway Express services are particularly beneficial for enterprises serving European customers.

For foreign enterprises that source batteries from Anhui for incorporation into products sold internationally, the record export performance confirms that Anhui producers can reliably deliver large volumes of high-quality battery products to global markets. The diversification of export destinations reduces the concentration risk associated with reliance on a single export market. However, foreign enterprises should carefully monitor trade policy developments—particularly EU sustainability requirements and U.S. IRA compliance—that may affect their supply chain strategies.

For foreign enterprises considering establishing battery production in Anhui specifically to serve export markets, the export performance data provides strong evidence of the province’s export competitiveness. The combination of cost-competitive production, improving logistics infrastructure, and government support for export-oriented investments makes Anhui a compelling location for export-focused battery manufacturing. However, the evolving regulatory landscape for battery exports—both Chinese export controls and destination market requirements—should be carefully assessed as part of any investment decision.

9. Outlook for Anhui’s Battery Export Trajectory

The outlook for Anhui’s battery exports through the remainder of 2026 and into 2027 remains strongly positive. Production capacity continues to expand, with an additional 45 GWh of cell capacity expected to come online in Anhui before the end of 2026. The provincial government’s continued investment in export infrastructure, including the expansion of the Hefei Railway Container Station and the development of a dedicated battery export processing zone, will further support export growth.

Key factors that will influence the export trajectory include: the pace of EV adoption in Europe and Southeast Asia; the evolution of trade policies and tariff structures in key destination markets; currency exchange rate movements; and the global supply-demand balance for battery-grade raw materials. The increasing competition from battery production capacity coming online in Europe, North America, and Southeast Asia may moderate Anhui’s export growth in certain segments over the medium term, but the province’s cost and scale advantages are expected to sustain strong export performance through 2028.

For foreign-invested enterprises, the key message is clear: Anhui has established itself as a globally significant battery export hub, and the province’s export capabilities continue to strengthen. Whether as a manufacturer, supplier, customer, or partner, foreign enterprises have an expanding range of opportunities to participate in and benefit from Anhui’s battery export ecosystem. Early engagement with the province’s export services infrastructure and trade policy monitoring systems will position foreign enterprises to maximize these opportunities as the export trajectory continues upward.