Tesla Opens 1,000+ Superchargers to Non-Tesla EVs in China

Tesla has announced a major expansion of its open charging network in China, making more than 1,000 Supercharger stations and over 400 Destination Charger locations available to non-Tesla electric vehicle owners. The move, announced on May 6, 2025, marks a significant milestone in the company's strategy to monetize its charging infrastructure and position itself as the dominant EV charging provider across the world's largest electric vehicle market.

The initiative allows drivers of virtually any EV brand to charge at Tesla's high-speed stations, with peak charging speeds reaching 250kW and network uptime reported at an impressive 99.95%. Non-Tesla drivers can also benefit from time-of-use electricity pricing and parking fee reductions at participating locations.

Key Facts at a Glance

• 1,000+ Supercharger stations and 400+ Destination Chargers now open to non-Tesla EVs in China
• Maximum charging power of 250kW available to third-party vehicles
• Network uptime stands at 99.95%, among the highest in the industry
• Compatible with most EVs supporting China's GB/T 20234.3-2015 DC charging standard
• Users can access charging via the Tesla mobile app or WeChat Mini Program
• The non-Tesla Supercharging program originally launched in November 2021

Tesla's Open Network Strategy Gains Momentum

Tesla's decision to open its Supercharger network to competing brands is not new, but the scale of this latest expansion in China represents a deliberate acceleration of the strategy. The program first launched in November 2021 with a handful of pilot stations. It has now grown to encompass more than 1,000 locations across the country.

This approach mirrors Tesla's playbook in North America and Europe, where the company has been steadily opening its network to non-Tesla vehicles. In the United States, Tesla's NACS (North American Charging Standard) connector has been adopted by virtually every major automaker, including Ford, General Motors, Rivian, and Hyundai. In China, however, the company uses the national GB/T standard, which simplifies interoperability since most Chinese EVs already support it.

The financial logic is straightforward. Tesla generates revenue from every kilowatt-hour dispensed, regardless of the vehicle brand. By opening its network, the company transforms what was once a cost center — built to support Tesla vehicle sales — into an independent profit center that serves the entire EV ecosystem.

How Non-Tesla Owners Can Access the Network

The onboarding process for non-Tesla drivers is designed to be simple and app-driven. Tesla has streamlined the experience into a few key steps that mirror the seamless plug-and-charge workflow Tesla owners already enjoy.

Here is the step-by-step process:

• Open the Tesla app or WeChat Mini Program and select 'Charge Non-Tesla Vehicle'
• Register an account and add a payment method
• Select an available charging stall at a nearby Supercharger station
• Unlock the ground lock (where applicable) and park the vehicle
• Plug in the charging cable to begin the session
• End the session manually by selecting 'Stop Charging' or let it complete automatically

This app-based approach eliminates the need for RFID cards or third-party charging network memberships, which remain common friction points at competing charging stations operated by companies like ChargePoint, EVgo, or China's State Grid and Star Charge networks.

Charging Speed and Reliability Set Tesla Apart

One of Tesla's most compelling advantages in the charging infrastructure space has always been reliability. The company's reported 99.95% uptime rate stands in stark contrast to the broader public charging landscape, where broken or offline chargers remain a persistent pain point for EV drivers worldwide.

In the United States, a 2023 study by J.D. Power found that approximately 21% of public charging attempts resulted in some form of failure — whether from broken hardware, payment system errors, or network connectivity issues. Tesla's proprietary network has consistently outperformed competitors on reliability metrics, and the company appears to be maintaining that standard as it scales access to third-party vehicles.

The 250kW peak charging speed offered to non-Tesla vehicles is also noteworthy. While Tesla's latest V4 Superchargers can deliver even higher power to compatible Tesla models, 250kW remains faster than the vast majority of public DC fast chargers available from competing networks. For context, many public fast chargers in China and globally still max out at 60-120kW, meaning Tesla's open network offers a meaningfully faster experience.

Why China Is the Battleground for EV Charging

China is the world's largest EV market by a significant margin. In 2024, the country sold more than 10 million new energy vehicles, accounting for roughly 60% of global EV sales. This enormous and rapidly growing fleet of electric cars requires a proportionally massive charging infrastructure.

The Chinese charging market is intensely competitive. Domestic operators like Star Charge, TELD, and State Grid collectively operate hundreds of thousands of charging points. Tesla's 1,000+ Supercharger stations represent a relatively small share of the total Chinese charging infrastructure, but they punch above their weight in terms of speed, reliability, and user experience.

By opening its network, Tesla accomplishes several strategic objectives simultaneously:

• Revenue generation: Every non-Tesla charging session contributes to the bottom line
• Brand exposure: Non-Tesla drivers experience Tesla's superior charging UX firsthand
• Data collection: Usage patterns from competing vehicles provide valuable market intelligence
• Ecosystem leverage: A larger user base justifies further investment in new station construction
• Policy alignment: China's government has encouraged interoperable charging infrastructure

Tesla's move also comes at a time when the company faces increasing competitive pressure in China from domestic manufacturers like BYD, NIO, XPeng, and Li Auto. NIO, in particular, has invested heavily in its own proprietary battery swap network, which offers a fundamentally different approach to EV refueling. By making its Superchargers universally accessible, Tesla counters the network-effect advantages that rival ecosystems might otherwise build.

Comparing Tesla's Global Open-Network Rollout

Tesla's approach to opening its Supercharger network varies by region, reflecting different charging standards and regulatory environments.

In North America, the NACS connector has become the de facto industry standard. Major automakers have committed to adopting Tesla's plug design, and the U.S. federal government's NEVI (National Electric Vehicle Infrastructure) program has allocated $7.5 billion for public charging, with NACS compatibility increasingly required for funding eligibility.

In Europe, Tesla uses the CCS2 (Combined Charging System) connector, which is already the regional standard. This made opening the network to non-Tesla vehicles relatively straightforward from a hardware perspective. Tesla has opened hundreds of Supercharger locations across Germany, France, the UK, the Netherlands, and other European countries.

In China, the GB/T standard similarly enables broad compatibility. Tesla's latest expansion to 1,000+ open stations suggests the company is now confident in its ability to manage mixed-brand usage without degrading the experience for Tesla owners — a concern that initially led the company to adopt a cautious, station-by-station rollout approach.

What This Means for the EV Industry

Tesla's aggressive expansion of its open Supercharger network sends a clear signal to the broader EV industry: charging infrastructure is becoming a business in its own right, not merely a vehicle sales support function.

For consumers, this is unambiguously positive. More access to high-speed, reliable charging reduces range anxiety and makes EV ownership more practical, regardless of brand. Non-Tesla EV owners in China now have access to one of the most reliable and fastest charging networks in the country.

For competing automakers, the implications are more nuanced. On one hand, access to Tesla's network removes one barrier to EV adoption for their customers. On the other hand, every time a BYD or XPeng owner has a positive experience at a Tesla Supercharger, it reinforces Tesla's brand halo and highlights any deficiencies in the automaker's own charging solutions.

For charging network operators, Tesla's expansion intensifies competition. Companies like Star Charge and TELD must now compete not just on station count, but on speed, reliability, and user experience — areas where Tesla has historically excelled.

Looking Ahead: Tesla's Charging Ambitions

Tesla has repeatedly signaled that its Supercharger network could eventually become one of the company's most valuable assets. CEO Elon Musk has described the charging business as a potential multi-billion-dollar revenue stream, independent of vehicle sales.

The company's next steps likely include continued geographic expansion of open-network access, further deployment of V4 Superchargers with higher power output and integrated payment terminals, and deeper integration with fleet and autonomous vehicle operations. As Tesla scales its robotaxi ambitions, a ubiquitous, high-reliability charging network becomes essential infrastructure.

With more than 1,400 stations now open to all EV brands in China alone, Tesla is building the foundation for a future where its charging network serves not just Tesla owners, but the entire electric vehicle ecosystem. The question is no longer whether Tesla will open its network — it is whether competitors can match the speed, scale, and reliability that Tesla has already established.