CHAdeMO is a fast-charging standard used mainly by older Nissan and Mitsubishi electric vehicles

CHAdeMO is a direct current (DC) fast-charging connector developed in Japan and used primarily by Nissan Leaf models built before 2023, Mitsubishi i-MiEV, and a handful of other vehicles. The name comes from a Japanese phrase meaning "tea time" — the idea being that you could charge your car in the time it takes to have tea. Unlike the more common Tesla Supercharger network or the newer NACS standard, CHAdeMO stations are becoming less common in North America as automakers shift to other charging standards.

If you own a Nissan Leaf from 2011 to 2022, a Mitsubishi i-MiEV, or a Kia Soul EV, you likely have a CHAdeMO port. Knowing where these stations are and how they work matters because the network is shrinking — some networks have stopped adding new CHAdeMO chargers, and a few have begun removing them. This means planning longer trips requires more attention than it did five years ago.

Key Takeaways

  • CHAdeMO stations deliver DC fast charging that can add 80 miles of range in 20 to 30 minutes on compatible vehicles.
  • The network in North America is shrinking because most new electric vehicles use Tesla's NACS connector or the SAE J1772 standard instead.
  • Finding a working CHAdeMO station requires checking apps like PlugShare or ChargeHub before you leave, because availability varies by region and some stations are offline.
  • Older Nissan Leafs and Mitsubishi i-MiEVs are the primary vehicles that use CHAdeMO in the United States.
  • Some charging networks have begun removing CHAdeMO equipment, so the stations you relied on last year may no longer exist.

How CHAdeMO charging works and what speed to expect

CHAdeMO delivers power directly to your vehicle's battery as DC current, bypassing the onboard charger. This is why it is called a DC fast charger. When you plug in, the station communicates with your car's battery management system to determine how much power the battery can safely accept at that moment. The charging speed starts high and gradually slows as the battery fills, similar to how a water tank fills faster when empty and slower as it gets full.

On a Nissan Leaf with a 40 kWh battery, you can expect to add roughly 80 miles of range in 20 to 30 minutes at a typical 50 kW CHAdeMO station. Newer 100 kW CHAdeMO chargers are faster, but they are rare. The actual time depends on the battery size, the charger's power output, the outside temperature, and how full your battery already is. Cold weather slows charging noticeably because the battery management system limits power to protect the battery.

Where to find CHAdeMO stations and why availability is declining

The best way to locate a working CHAdeMO station is to use PlugShare or ChargeHub, both of which show real-time availability and user reports of whether chargers are working. Google Maps also displays some charging stations, but it does not always filter by connector type or show whether a station is currently operational. Before leaving home for a long trip, check these apps to confirm that the stations you plan to use are online and have CHAdeMO connectors available.

The CHAdeMO network in North America is contracting. Electrify America, one of the largest charging networks, has stopped installing new CHAdeMO chargers and is removing some existing ones as they reach end of life. EVgo, another major network, still operates CHAdeMO stations but is prioritizing newer standards. This means that stations you used two years ago may no longer exist, and new stations in your area are unlikely to include CHAdeMO. The decline reflects a market shift: most new electric vehicles sold today use Tesla's NACS connector or the SAE J1772 standard, not CHAdeMO.

Which vehicles have CHAdeMO ports

In the United States, the vehicles most likely to have CHAdeMO are older Nissan Leafs. The 2011 to 2022 Leaf models came standard with CHAdeMO. The 2023 and newer Nissan Leaf switched to NACS, so if you have a very recent Leaf, you do not have CHAdeMO. Mitsubishi i-MiEV owners also have CHAdeMO, though the i-MiEV was sold in limited numbers and production ended in 2019. Some Kia Soul EV models from 2015 to 2019 included CHAdeMO, depending on the market and trim level.

A few other vehicles sold in small numbers used CHAdeMO, including some Subaru Solterra models and certain Isuzu commercial vehicles. If you are unsure whether your vehicle has CHAdeMO, check your owner's manual or look at the charging port itself. CHAdeMO connectors are distinctive: they are roughly rectangular with a flat top and two round pins below a central rectangular opening. If your port looks different — with a J-shaped opening or a rectangular slot — you have a different standard.

The difference between CHAdeMO and other fast-charging standards

Three main DC fast-charging standards exist in North America: CHAdeMO, CCS (Combined Charging System), and Tesla's NACS. CCS uses a larger connector with a rectangular opening and two round pins below it, and it is now the most common standard for non-Tesla vehicles. NACS is Tesla's proprietary connector, which is becoming the industry standard — Ford, General Motors, Volkswagen, and others have announced they will use it on future models. CHAdeMO is the oldest of the three and is being phased out.

The practical difference is network size and future availability. CCS and NACS stations are being installed at a much faster rate than CHAdeMO stations. If you own a CHAdeMO vehicle and plan to keep it for several more years, you should expect fewer charging options over time, not more. This does not mean you cannot use your vehicle for long trips, but it does mean you need to plan more carefully and check station availability before you leave.

Planning long trips with a CHAdeMO vehicle

Long-distance travel in a CHAdeMO vehicle requires more planning than it did five years ago because the network is smaller and less predictable. Start by mapping your route on PlugShare or ChargeHub and identifying every CHAdeMO station along the way. Check the user reviews and recent activity for each station — if nobody has used it in weeks, it may be offline or broken. Call ahead if the station is in a remote area or at a location with limited hours, such as a hotel or shopping center.

Build in extra time and have a backup plan. If your planned charging station is offline, you may need to detour to another location or wait for a station to become available. Some CHAdeMO stations are located at dealerships or service centers that have limited hours, so arriving after closing means you cannot charge. Consider whether your trip is realistic given the current network — a 500-mile journey across a region with few CHAdeMO stations may be possible but will take significantly longer than the same trip in a newer vehicle with access to a denser charging network.

What to expect when you arrive at a CHAdeMO station

When you pull up to a CHAdeMO charger, look for a screen or display on the unit itself. Most stations require you to start the charging session using a mobile app, a membership card, or a credit card reader on the charger. Read the instructions on the station — they vary by network. Unlock your vehicle's charging port if it has a locking mechanism, then align the CHAdeMO connector with your port and push it in firmly until you hear a click. The connector should lock into place.

Once the session starts, the charger and your vehicle communicate automatically. You do not need to do anything else — just wait. The screen on the charger will show how much power is flowing and how long the session will take. Most stations allow you to monitor the session from your phone using the network's app. When the battery reaches 80 percent, the charging speed drops significantly, and many drivers unplug at this point rather than waiting for a full charge, since the last 20 percent takes much longer. If the charger malfunctions or stops charging, check the app or call the network's support number listed on the station.

Frequently Asked Questions

Can I use a CHAdeMO station if I have a CCS or NACS vehicle?

No. CHAdeMO, CCS, and NACS are physically incompatible — the connectors do not fit into each other's ports. You must use a charger that matches your vehicle's connector type. Some charging networks are installing dual-connector stations that offer both CCS and NACS, but CHAdeMO is rarely paired with other standards on new installations.

How much does it cost to charge at a CHAdeMO station?

Pricing varies by network and location. Some stations charge per minute, others per kilowatt-hour, and some require a membership fee. Electrify America, EVgo, and other networks have different pricing structures. Check the app for the specific station before you plug in, or look for pricing posted on the charger itself.

What if a CHAdeMO station is broken or offline?

Report it through the app you used to locate it — PlugShare and ChargeHub both allow user reports of broken chargers. Contact the charging network directly if the issue persists. In the meantime, use your app to find the nearest working alternative and plan your route accordingly.

Will my older Nissan Leaf work with newer charging networks?

Your Leaf will work with any CHAdeMO station on any network. However, you may need different apps or membership cards to access different networks. PlugShare can help you find stations across multiple networks without requiring separate memberships for each one.

Is it safe to fast-charge my battery frequently?

DC fast charging generates heat and stresses the battery more than Level 2 charging does. Frequent fast charging over many years can reduce battery lifespan slightly, but modern battery management systems are designed to handle it. If you use fast charging occasionally for long trips, the impact is minimal. If you fast-charge every day, you may see slightly faster battery degradation than someone who charges at home most of the time.