Can Foreign Companies Build EV Charging Networks in China?

China’s EV charging infrastructure market is one of the fastest-growing in the world, with over 8.6 million charging points deployed nationally as of early 2026. For foreign companies considering entry into this sector, the regulatory landscape has shifted significantly since 2022, when China removed the foreign ownership restriction on EV charging network construction and operation under the revised Foreign Investment Negative List. However, meaningful barriers remain — including complex grid connection procedures, local content requirements, data security compliance, and fierce competition from well-capitalized domestic operators like Teld (特来电), Star Charge (星星充电), and State Grid’s own network. This FAQ provides a comprehensive overview of the legal framework, operational requirements, and strategic considerations for foreign companies evaluating China’s EV charging market in 2026.

Regulatory Framework and Market Access

Q1: Is foreign investment in EV charging infrastructure legally permitted in China?

Yes. The 2022 revision of the Foreign Investment Negative List (产业准入负面清单) removed EV charging network construction and operation from the “restricted” category, allowing wholly foreign-owned enterprises (WFOEs) to enter the market without requiring a Chinese joint venture partner. This was a significant liberalization — prior to 2022, charging infrastructure was classified under “power grid construction and operation,” which was explicitly restricted for foreign investment. The liberalization aligns with China’s broader push to meet its 2030 carbon peak target and the 2025–2030 charging infrastructure plan, which targets 20 million charging points by 2030. However, foreign investors should note that while ownership is unrestricted, the sector remains regulated through provincial-level NDRC filings, grid connection approvals, and equipment certification requirements that can create practical barriers to rapid deployment.

Q2: What licenses and approvals are needed to operate a charging network?

A foreign company establishing a charging network in China must obtain: (1) a business license from the local Administration for Market Regulation (AMR) with the charging operation business scope properly registered; (2) a provincial-level NDRC filing or approval for the charging infrastructure project, which varies by project scale (projects under 10 MW typically require only a filing, while larger projects require formal approval); (3) a grid connection agreement with the local power grid company (State Grid, China Southern Power Grid, or a provincial grid operator); (4) China Compulsory Certification (CCC) for all charging equipment installed; and (5) a charging facility operation record-filing with the local municipal transportation bureau. The entire process typically takes 4–8 months from company registration to first operational charging station. Foreign companies should budget RMB 500,000–1,500,000 (USD 68,500–205,500) for compliance and licensing costs, depending on the number of cities involved.

Q3: Can a foreign company own charging stations on government-owned land?

This is one of the most complex aspects of the sector. China’s land use rights system means that charging stations are typically built on state-owned land (国有土地) under grant land use rights, or on collective land (集体土地) in rural areas. Foreign companies can legally obtain grant land use rights for charging station development through the public tender, auction, or listing processes (招标拍卖挂牌) administered by local bureaus of natural resources. However, in practice, prime urban locations with existing parking facilities are already contracted to domestic operators under multi-year leases with State Grid, local parking management companies, or real estate developers. Foreign entrants typically need to sublease or partner with these existing land holders rather than acquiring primary land use rights directly. The standard approach is to enter into land-use cooperation agreements (场地合作协议) with parking lot operators, shopping mall owners, or gas station operators, paying either a fixed rental fee or a revenue-sharing arrangement (typically 15–25% of charging revenue).

Q4: Are there minimum local content requirements for charging equipment?

China does not impose formal local content requirements (localization rates) on EV charging equipment under WTO rules. However, practical “local content” pressures exist through the CCC certification system and government procurement preferences. CCC certification requires that charging equipment — including charging piles, connectors, cables, and protection devices — meet China’s GB/T 20234 series standards for conductive charging, as well as GB/T 18487.1 for general charging system requirements. The testing and certification process must be conducted by CNCA-accredited labs within China (e.g., CESI, CQC, or TÜV Rheinland’s China facilities). While foreign-manufactured equipment can theoretically be imported and certified, the combination of tariff costs (typically 8–12% for charging equipment under HS code 8504.40), logistics lead times, and certification delays creates a strong economic incentive for local manufacturing. Most foreign charging equipment companies operating in China — including ABB, Siemens, and Schneider Electric — maintain local production lines in Suzhou, Shanghai, or Tianjin to serve the Chinese market.

Operational and Technical Requirements

Q5: What charging standards must foreign equipment comply with?

China’s GB/T standards govern all EV charging equipment operating within its borders. The key standards include: GB/T 20234.1–2015 (general requirements for conductive charging couplers), GB/T 20234.2–2015 (AC charging coupler), GB/T 20234.3–2015 (DC charging coupler — the standard known internally as “GB/T DC” which differs from CCS1/CCS2 and CHAdeMO), GB/T 18487.1–2015 (general requirements for EV conductive charging systems), and NB/T 33001–2018 (technical conditions for DC charging piles). China has also published GB/T 27930–2023 (communication protocol between battery management system and off-board charger) and is in the process of harmonizing with ISO 15118 for plug-and-charge functionality. Foreign manufacturers exporting to China must ensure their equipment is fully compliant with these GB/T standards. Unlike the European or North American markets, GB/T DC uses a different physical connector design — the 20234.3 connector has 7 pins vs. CCS’s 9 pins — so foreign equipment cannot simply be re-labeled for the Chinese market.

Q6: How does a foreign company connect charging stations to the power grid?

Grid connection is one of the most operationally challenging steps. The foreign-invested charging company must: (1) submit a grid connection application to the local grid company (State Grid branch, China Southern Power Grid branch, or a local grid operator); (2) provide a feasibility study including the station’s load profile, expected peak demand (kVA), and transformer requirements; (3) obtain a grid connection批复 (approval) which specifies the connection point, capacity allocation (typically capped at 80% of the transformer rating), and power quality requirements; (4) install a metering system compliant with State Grid’s DL/T 645 protocol; and (5) sign a power purchase and supply agreement (购售电合同) with the grid company. The process takes 2–6 months depending on location and existing grid capacity. In first-tier cities like Shanghai, Beijing, and Shenzhen, grid capacity constraints in central business districts mean new connections often require upgrading local transformers, which the charging operator must fund (costing RMB 200,000–800,000 per station). Foreign companies without local grid relationships should consider hiring a local project management partner with established grid connections.

Q7: Are there data localization requirements for charging network operations?

Yes — and this is a critical compliance area for foreign operators. China’s Data Security Law (DSL, effective September 2021) and the Multi-Level Protection Scheme (MLPS 2.0) require that all in-vehicle and charging session data collected within China — including user identity data, charging transaction records, vehicle VINs, battery state-of-charge data, and geolocation data — be stored on servers physically located within China. For charging network data specifically, the MIIT’s 2023 “Measures for the Administration of EV Charging Infrastructure Data” requires operators to register their data platforms with the provincial NDRC and connect to the national charging infrastructure monitoring platform (国家充电基础设施监测平台). Cross-border transfer of charging data is restricted and requires a security assessment under the DSL if the data is classified as “important data” or if it involves personal information of more than 1 million individuals. Foreign operators must establish local server infrastructure and maintain China-based data management teams. Failure to comply can result in fines of up to RMB 50 million (USD 6.85 million) or 5% of annual revenue under the DSL.

Q8: What are the financial requirements and minimum investment thresholds?

China does not impose a statutory minimum registered capital requirement for charging network operators since the removal of the Company Law’s minimum capital requirement in 2014. However, provincial NDRC project filings typically require evidence of sufficient capital for the specific project scale. A practical minimum investment for a single charging station with 4–6 DC fast chargers (120 kW each) plus necessary grid upgrades is approximately RMB 1.5–2.5 million (~USD 205,000–342,000) in a second-tier city, rising to RMB 3–5 million in first-tier cities due to higher land costs and grid upgrade requirements. For a China-wide network, foreign operators should plan for minimum capital deployment of RMB 100–200 million (~USD 13.7–27.4 million) to achieve meaningful market presence across 10–15 cities. Leading domestic operators like Teld and Star Charge have each deployed over RMB 10 billion in cumulative investment. Foreign entrants may find more viable entry points in niche segments — workplace charging, high-end residential complexes, fleet depot charging, or highway corridor charging clusters — where domestic operators have less density.

Q9: Can foreign companies participate in China’s government-subsidized charging infrastructure programs?

Foreign-invested charging companies can apply for and receive construction subsidies under China’s national and provincial charging infrastructure incentive programs. The central government’s 2025–2030 program provides: (1) RMB 300–600/kW for public DC fast-charging stations in urban areas; (2) up to RMB 900/kW for highway corridor fast-charging stations; (3) RMB 200–400/kW for AC Level 2 charging in residential and workplace settings; and (4) additional RMB 100–200/kW for stations equipped with V2G (vehicle-to-grid) capability. Many provincial governments add 20–50% top-ups. For a typical 6-stall, 720 kW highway station, total subsidies can reach RMB 500,000–650,000 (~USD 68,500–89,000), representing 15–25% of total project cost. However, in practice, subsidy distribution often favors domestic SOE-connected operators, and foreign companies may face longer approval timelines. Legal challenges to unequal subsidy access have been rare. Foreign operators should budget for multi-year collection cycles — subsidies in China frequently experience 12–18 month payment delays.

Competitive Landscape and Entry Strategy

Q10: Who are the dominant charging network operators in China?

China’s charging infrastructure market is concentrated among three major operator groups. Teld (特来电, a subsidiary of Qingdao TGOOD Electric) operates the largest public charging network with over 450,000 public charging points across 350+ cities as of early 2026, commanding approximately 28% market share. Star Charge (星星充电, operated by Wanbang Digital Energy) runs the second-largest network with approximately 380,000 public chargers and a ~24% share. State Grid Electric Vehicle Service Company (国网电动汽车服务公司) operates approximately 280,000 public chargers with ~18% share, focused primarily on highway corridors and government facilities. The remaining ~30% is split among over 200 smaller operators including China Southern Power Grid, YKC (云快充), and several provincial energy companies. Foreign operators collectively hold less than 3% of market share, with ABB E-mobility (charging equipment supply, not network operation) being the most visible foreign player.

Q11: What competitive advantages do domestic charging operators have?

Domestic operators benefit from three structural advantages over foreign entrants. First, land access: established operators have multi-year exclusive leases on prime charging locations — shopping mall parking lots, highway service areas, and airport parking facilities — often signed in 2020–2023 before the market fully consolidated. Second, grid relationships: Teld and State Grid benefit from their parent companies’ existing relationships with grid operators, enabling faster grid connection approvals and preferential capacity allocation. State Grid’s charging subsidiary operates within the same corporate group as the grid operator, creating an inherent coordination advantage. Third, cost structure: domestic operators manufacture their own charging equipment or source from domestic suppliers at 30–50% lower unit costs than imported or foreign-branded equipment. The average cost per DC fast-charging stall for a domestic operator is RMB 80,000–120,000, compared to RMB 150,000–220,000 for a foreign operator importing or using foreign-branded equipment. These advantages make it challenging for foreign operators to compete on price or deployment speed.

Q12: What niche segments offer viable entry points for foreign companies?

Despite the competitive intensity, several segments remain under-penetrated and offer viable entry points for foreign operators. Workplace charging for foreign-invested enterprises (FIEs) — many foreign companies in China with large workforces want reliable, branded charging for their employees but prefer a foreign operator with international service standards. Premium residential charging in high-end compounds (别墅区, 高端住宅) serving foreign executives and wealthy Chinese — many of whom already own foreign-branded EVs including Tesla, BMW, and Mercedes-Benz — remains fragmented. Fleet depot charging for logistics companies with international supply chains, where international safety and reporting standards are valued over lowest cost. Highway corridor charging with higher-reliability service-level agreements (SLAs) — domestic operators in highway stations frequently have uptime rates of 85–92%, leaving room for a premium operator guaranteeing 98%+ uptime. V2G pilot projects, where foreign companies with V2G technology expertise (e.g., Wallbox, Enphase, or ChargePoint) can partner with Chinese grid companies on bidirectional charging pilots in designated V2G pilot cities.

Q13: What are the revenue models for charging network operators?

Charging network operators in China generate revenue through four primary streams. Charging service fees (充电服务费) are the dominant source — typically RMB 0.4–0.8/kWh above the wholesale electricity price, with provincial-level caps set by local pricing bureaus (usually RMB 0.6–1.0/kWh maximum). For a typical 120 kW DC fast charger operating at 15% utilization, monthly gross revenue from service fees is approximately RMB 3,500–6,500 per stall. Electricity resale margins are possible but heavily regulated, with most provinces limiting margins to 10–15% above wholesale cost under the electricity market reform framework. Value-added services include advertising (charging station digital screens, app splash screens), battery health diagnostic services for fleet customers, and carbon credit trading (each MWh of EV charging displaces approximately 0.8–1.0 tonnes of CO2 equivalent, which can be traded under China’s national ETS at RMB 60–100/tonne in 2026). The fourth and potentially most scalable revenue stream is data services — anonymized charging behavior data sold to grid operators for load forecasting, urban planning departments for infrastructure planning, and automakers for route optimization. Average station payback period in China is 4–7 years, with Tier-1 city highway corridor stations achieving the fastest payback at 3–5 years.

Q14: Do foreign operators need Chinese technology partners for charging management platforms?

While not legally mandatory, a local technology partner is highly recommended for back-end platform operations. China’s charging network management platforms must interface with: (1) the National Charging Infrastructure Monitoring Platform operated by the China Electric Vehicle Charging Infrastructure Promotion Alliance (EVCIPA); (2) provincial energy supervision platforms for electricity trading verification; (3) WeChat and Alipay mini-program ecosystems for consumer payment — these dominate China’s mobile payment landscape and cover over 95% of charging transactions; and (4) major Chinese EV manufacturers’ OEM apps for seamless charging discovery and payment (BYD, Nio, XPeng, Li Auto, and Tesla China all have their own charging integration requirements). Building these integrations from scratch by a foreign company typically takes 12–18 months and costs RMB 3–8 million. Working with a domestic technology partner like Wanbang’s cloud platform (for Star Charge integration) or an independent platform provider like YKC reduces integration time to 3–6 months. Several foreign operators have adopted a white-label approach, using a domestic partner’s existing platform with a co-branded interface.

Q15: What is the outlook for foreign charging network operators in China?

The medium-term outlook is cautiously positive but requires patient capital. China’s charging infrastructure market is projected to grow from 8.6 million total charging points in early 2026 to over 20 million by 2030 under the national plan, representing a ~23% CAGR in deployment. However, the operational market is expected to consolidate from 200+ operators to 15–20 major networks by 2028, driven by scale economics and the capital intensity of grid upgrades and V2G integration. Foreign operators are more likely to succeed through specialized positioning — premium service, international reliability standards, enterprise-focused offerings — than through head-to-head competition with Teld or Star Charge on mass-market public charging. The most promising near-term entry strategy is the “build-operate-transfer” (BOT) model for highway corridor stations, where provincial transportation authorities occasionally issue tenders for charging infrastructure in new highway service areas. Several multinationals are evaluating this model, though no major foreign operator has achieved significant market share as of early 2026. Foreign companies should expect an 24–36 month path to operational breakeven for a multi-city network and factor China-specific regulatory risks — particularly data security and grid access — into their investment case.

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Official Sources

• Cyberspace Administration of China: Personal Information Protection Law
• Cyberspace Administration of China: official policy and regulatory portal
• National Information Security Standardization Technical Committee