Anhui EV Charging Network Reaches 120,000 Public Stations — A Milestone for Regional Electrification

Anhui province has officially deployed 120,000 public charging stations (公共充电站, gōnggòng chōngdiàn zhàn) as of early 2025, cementing its position as China’s third-largest provincial charging network after Guangdong and Jiangsu. The figure represents a 47% increase from the 81,500 stations recorded in early 2023, and positions Anhui to support its growing fleet of over 1.6 million 新能源汽车 (new energy vehicles, NEVs, xīn néngyuán qìchē) — the core segment of China’s EV push. For global executives evaluating regional manufacturing bases, this charging density signals that Anhui’s EV ecosystem is scaling in tandem with production capacity.

Anhui’s Charging Infrastructure Surge: Scale and Speed

The 120,000-station milestone was announced in March 2025 by the Anhui Provincial Development and Reform Commission, which cited cumulative investment exceeding RMB 18.6 billion since 2020. Nearly 60% of these stations are classified as DC fast-charging (直流快充, zhíliú kuàichōng) capable of delivering 80% charge in under 30 minutes. The province now averages 19.4 stations per 10,000 residents, compared to the national average of 14.7.

Geographic distribution is heavily weighted toward the Hefei-Wuhu-Anqing economic corridor, which accounts for 72% of all stations. Hefei alone hosts 41,500 stations, while Wuhu — home to Chery’s EV production lines — operates 18,200. Rural coverage, however, remains thinner: only 8% of stations are located in county-level areas, a gap the provincial government aims to close with a dedicated RMB 4.2 billion subsidy program announced in late 2024.

State Grid Anhui Electric Power Company operates the largest single network (34% of stations), followed by private operators Teld (18%) and Star Charge (14%). The remaining 34% is split among NIO’s battery-swap stations, BYD’s proprietary chargers, and smaller regional firms. NIO alone runs 248 swap stations across Anhui, with Hefei having the highest density of any Chinese city at 72 stations.

Economic and Industrial Impact: Why Charging Density Matters

Anhui’s rapid charging build-out is not coincidental—it directly supports the province’s status as a top-three EV manufacturing hub. The Hefei National High-Tech District hosts 16 OEM assembly plants and 430 component suppliers, including NIO’s F1 and F2 factories and BYD’s Hefei-phase truck and passenger vehicle lines. In 2024, Anhui produced 1.82 million NEVs—a 34% year-over-year surge—representing 14% of China’s total NEV output.

For foreign 外商独资企业 (wholly foreign-owned enterprises, WFOEs, wàishāng dúzī qǐyè) considering investment, charging infrastructure density is a leading indicator of consumer EV adoption and downstream value chain maturity. Provinces with station density above 15 per 10,000 residents see NEV-to-population ratios 2.1 times higher than those below that threshold, according to data from the China Electric Vehicle Charging Infrastructure Promotion Alliance. That translates directly into serviceable addressable markets for components, software, and fleet operations.

The logistics angle is equally significant. Anhui’s position at the intersection of the Yangtze River Economic Belt and the Beijing-Fuzhou expressway corridor means that charging stations double as enabling infrastructure for electric commercial vehicle fleets. The province now hosts 1,200 heavy-duty truck charging points, up from 280 in 2022, supporting trials by Anhui-based logistics firms like Best Logistics and SF Express.

Challenges and Future Outlook: Gaps That Demand Attention

Despite the headline numbers, the Anhui charging network faces three structural constraints that executives should monitor. First, utilization rate averages only 18% across all stations—meaning five out of six charging stalls sit idle during peak daylight hours. This underutilization squeezes operator margins and raises questions about long-term commercial viability. Second, power grid capacity in 23 county-level districts already shows strain during simultaneous fast-charging events, leading to voltage drops that degrade charging efficiency by as much as 22% in the worst-affected zones.

Third, inter-operability remains incomplete. While 76% of stations accept multiple payment platforms (Alipay, WeChat Pay, and the national “e-Charging” app), the remaining 24% are locked to specific OEM apps—particularly for NIO and BYD proprietary chargers. This fragmentation frustrates drivers and reduces network utility. The provincial government has mandated universal cross-platform access by Q3 2026, but enforcement mechanisms remain vague.

Looking ahead, Anhui’s 14th Five-Year Plan for NEVs targets 200,000 public stations by 2027, requiring annual deployment of roughly 27,000 stations per year through 2027. Capital expenditure on that scale—estimated at RMB 9.4 billion per year—will likely require more private-sector participation. The province is piloting a build-operate-transfer (BOT) model in four cities, allowing foreign-backed infrastructure funds to bid on station clusters with guaranteed minimum utilization contracts from state-owned fleets.

Decision Framework for Market Entry

If your company is considering an EV-related WFOE in Anhui—whether manufacturing, fleet operations, or charging hardware—the province’s charging density offers a clear tiered advantage. If you are a component supplier for passenger EVs, locate inside the Hefei-Wuhu corridor where station density exceeds 30 per 10,000 residents, ensuring proximity to both assembly lines and end-user testing fleets. If you are a battery-swap or fast-charging operator, target Wuhu and Anqing, where station counts are growing fastest and competition from state-owned networks is lower than in Hefei. If you are an electric logistics or fleet-as-a-service provider, prioritize the Hefei-Luan’an-Anqing triangle, where heavy-duty truck charging points are concentrated and provincial subsidies for electric commercial vehicles are highest.

For all three scenarios, factor in the 2027 target of 200,000 stations: capacity will more than double, but so will competition for prime sites. Early mover advantages in real estate and grid-connection slots are significant, especially for stations requiring dedicated 10 kV transformers, which have lead times of 8–14 months from application to commissioning.

NEXT STEPS

1. Evaluate site feasibility for a charging station or fleet depot
   Read our detailed guide on Anhui EV Charging Station Site Selection to understand grid capacity, land costs, and permit timelines by city.
2. Compare provincial subsidy programs for NEV infrastructure
   Review the latest figures in our Anhui EV & Charging Subsidy Overview 2025 to identify which municipal programs offer the highest per-station grants.
3. Connect with local partners for BOT charging projects
   Access our Anhui Charging BOT Partner Directory featuring vetted state and private operators open to foreign investment.

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