> ## Content Index > Fetch the complete content index at: https://adilrenewables.com/llms.txt > Use this file to discover other available public pages before exploring further. # EV Charger Types and Plugs Explained: Type 2, CCS, CHAdeMO, NACS - URL: https://adilrenewables.com/ev-charger-types/ - Published: 2026-10-17T02:53:38.000Z - Updated: 2026-10-17T02:53:38.000Z - Description: EV charger types explained: Type 2, CCS, CHAdeMO and NACS, which plug each region uses, and what an adapter can and cannot do. - Author: ad - Tags: EV charging ⚡ ****Key takeaways** • EV charger types split in two: AC, which uses the car's onboard charger, and DC, which bypasses it and feeds the battery directly. • Europe's public AC plug is Type 2\. Europe's fast-charging plug is CCS Combo 2\. North America's older fast plug is CCS Combo 1\. The plug now spreading there is NACS, standardised as SAE J3400. • CHAdeMO is a Japanese DC plug still fitted to many older cars and many existing stalls. It is not the plug new global models are adopting. • An adapter can bridge some gaps. It cannot raise the power the car or the cable is built for. EV charger types are really plug types plus a choice of current. The same car can fill overnight from alternating current at home and stop for 20 minutes on direct current on a highway, and the inlet on the car may accept one of those jobs or both. The confusing part is geography. A plug that is standard in Paris is not the plug moulded into an older American car, and a Tesla bought in France does not wear the same inlet as a Tesla bought in California. This guide maps the four names people actually search for, and it says where each one is the normal choice. ## EV charger types: AC, DC, and the plug on the car Alternating current is what the grid supplies. A Level 2 wallbox, or a Type 2 post in Europe, delivers AC. The car's onboard charger converts it to DC for the battery. That onboard box is small, often 7 kW or 11 kW, sometimes 22 kW. It is the ceiling on AC charging no matter how large the post is. Direct current skips that box. The equipment on the ground does the conversion and talks to the car's battery management system, which sets the current. That is why DC stalls are rated at 50, 150 or 350 kW, and why the car still tapers as the battery fills. DC hardware is expensive, which is why it lives on highways and depots rather than in driveways. The plastic shape you hold is specified so the pins, the locking tab and the signal wires match. Power pins carry the current. Smaller pins tell the car and the post that a plug is seated, and they carry the digital conversation. If the shapes do not match, nothing starts. That is the whole reason the names below exist. ## EV plug types by region EV plug types follow regulation and whoever built the cars first. The table is the picture in 2026\. It is not a claim that every stall has been replaced. | Region | AC at home and in town | DC on the highway | What is changing | | ------------------------ | -------------------------------------------------------------------------- | --------------------------------------------------------------------------------------------------------- | ---------------------------------------------------------------------------------------------------------------------------------------------------------------------- | | European Union and UK | Type 2 (IEC 62196-2), often called Mennekes. Single-phase or three-phase. | CCS Combo 2: a Type 2 face plus two large DC pins. | Settled. Tesla cars sold in Europe use CCS2. | | United States and Canada | J1772 for most non-Tesla AC posts. NACS (SAE J3400) does AC as well as DC. | CCS Combo 1 on many cars built through the mid-2020s. NACS on Tesla and on a growing share of new models. | Automakers have announced NACS inlets. CCS1 cars are still common. Adapters go both ways. | | Japan | Type 1 (J1772-style) AC is widely used. | CHAdeMO, and CCS on some newer imports. | CHAdeMO remains in the installed base. New global platforms are not designed around it. | | China | GB/T AC. | GB/T DC. | A next-generation design, often discussed as ChaoJi, has been in the standards pipeline. \[CHECK the inlet on a specific China-market car before you travel with it.\] | Europe's rule is the clearest. Directive 2014/94/EU pointed public AC charging at Type 2 and public DC at CCS Combo 2\. The Alternative Fuels Infrastructure Regulation (EU) 2023/1804 keeps that choice and requires fast charging along the main trans-European road network. A CCS2 car can cross the EU without a second inlet. ## Type 2 charger: what the European plug actually does A Type 2 charger is an AC outlet with seven pins in a round face. Two or three of the large pins are the phases, plus neutral and earth, plus two small pins for signalling. On a single-phase supply, common in some houses, power is voltage times current: 230 V × 32 A is about 7.4 kW. On three phases, 400 V × 16 A is about 11 kW, and 400 V × 32 A is about 22 kW. The post, the cable and the car each have a limit. The session runs at the lowest of the three. Type 2 does not, by itself, fast-charge a car in 20 minutes. When people point at a European fast stall and say "Type 2", they are usually looking at CCS Combo 2, which adds the two DC pins under the Type 2 face. The locking and the handshake are different. A Type 2-only cable will not click into the DC pins and start a 150 kW session. ## NACS vs CCS NACS vs CCS is the North American question. CCS Combo 1 takes the J1772 AC inlet and adds two DC pins below it, so one door on the car covers AC and DC. It is a proven, widely installed system. The complaint was bulk, and the fact that Tesla had already built a smaller connector and a large network that used it. NACS is that smaller connector, opened to other makers and written down as SAE J3400\. The Joint Office of Energy and Transportation describes it as a standard that carries both AC and DC on one compact inlet. Tesla's North American cars have used it for years. Through 2024, most other brands sold in the US still left the factory with CCS1\. From 2025 onward, many of those brands said new North American models would use J3400, with adapters for the other plug during the overlap. Treat a model-year claim as something to read on the window sticker. \[CHECK the inlet on the exact car, because fleets and some trims lag the press release.\] CCS Combo 2, in Europe, is not part of this handover. European public funding and European cars, including Tesla, standardised on CCS2\. A NACS-to-CCS1 adapter from a US shop is not a plan for a holiday in France. | | CCS Combo 1 | NACS / SAE J3400 | CCS Combo 2 | | -------------------- | ----------------------------------------------------- | ------------------------------------------------------------- | -------------------------------- | | Where it is normal | North America, existing non-Tesla cars and stalls | Tesla in North America; new North American models moving over | Europe, for DC fast charging | | AC on the same inlet | Yes, the J1772 half | Yes | Yes, the Type 2 half | | Typical public DC | 50–350 kW stalls, car permitting | Superchargers and, increasingly, other networks | 50–350 kW stalls | | Adapter reality | Adapters to and from NACS exist and are power-limited | Same | A different continent's standard | ## CCS vs CHAdeMO CCS vs CHAdeMO is mostly a question about older cars. CHAdeMO is the DC standard developed in Japan. It uses its own plug, its own cable and a CAN-bus conversation with the car. The Nissan Leaf made it familiar worldwide. Public sites often still hang a CHAdeMO cable beside a CCS cable, because those Leafs, and some Mitsubishi and Korean models of that era, are still on the road. New mass-market cars outside Japan have not been designed around CHAdeMO. CCS won the European mandate, and North America is splitting between CCS1 and NACS, not adding a third growth path. If you own a CHAdeMO car, filter a map for that plug and do not assume a new 350 kW stall has it. If you are buying a car now, CHAdeMO is a reason to look carefully at the used market, not a plug to seek out. Many CHAdeMO cars charge around 50 kW. Many CCS cars accept well above that for part of a session. The plug does not grant the power. The cells do. A CHAdeMO car on a new stall is still limited by the car. 🔧 ****Engineer's tip** Buy the inlet that matches the region where the car will spend its life. Use an adapter as a spare for the other network, and read the amp rating printed on it. A 150 A adapter on a car that could take 500 A will not give you 500 A. Before a trip, filter the map by your real plug, not by the logo on the stall. ## Frequently asked questions ### What are the main EV charger types? AC Level 1 and Level 2, which use the car's onboard charger, and DC fast charging, which does not. The plugs on top of that are Type 2, CCS1, CCS2, CHAdeMO, NACS and China's GB/T. ### NACS vs CCS: which one should a US buyer choose? Choose the car, then check the inlet and which adapter the maker includes. Both plugs will be on US highways for years. A 2024 CCS1 car is not stranded. A new J3400 car should come with a way to use the CCS stalls you already see. ### Can a CCS car use CHAdeMO, or the reverse? Not with the cable on the stall. They are different plugs and different communication. Some specialty adapters exist for specific cars. Assume they do not, and check your model, rather than buying a random adapter online. ### Is a Type 2 charger fast? It is fast compared with a wall socket and slow compared with CCS. 7 kW or 11 kW is an evening or a night. The fast European plug is CCS2, which only looks like Type 2 from a distance. ### Do EV plug types matter if I only charge at home? Less, until you travel or sell the car. A home wallbox is ordered with the connector that fits your inlet. The resale market in your country will still prefer the local standard. ### Will every public charger soon be NACS? No. Europe is staying on Type 2 and CCS2\. Japan still has a large CHAdeMO base. China uses GB/T. NACS is a North American story. Even there, CCS1 hardware will remain in service through this decade. **Before a trip, check the plug rather than the brand.** Our [EV charging map](https://adilrenewables.com/ev-charging-map/) lets you filter by plug type and by fast charging of 50 kW and above. For the hours rather than the shape of the plug, see [how long charging actually takes](https://adilrenewables.com/how-long-does-it-take-to-charge-an-electric-car/). ## Sources - [US DOE Alternative Fuels Data Center: electricity as a vehicle fuel](https://afdc.energy.gov/fuels/electricity.html?ref=adilrenewables.com) - [Joint Office of Energy and Transportation: SAE J3400 / NACS](https://driveelectric.gov/charging-connector?ref=adilrenewables.com) - [EU Directive 2014/94/EU on alternative fuels infrastructure](https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX:32014L0094&ref=adilrenewables.com) - [EU Alternative Fuels Infrastructure Regulation 2023/1804](https://eur-lex.europa.eu/eli/reg/2023/1804/oj?ref=adilrenewables.com) - [CharIN: Combined Charging System](https://www.charin.global/technology/ccs/?ref=adilrenewables.com) - [CHAdeMO Association](https://www.chademo.com/?ref=adilrenewables.com) - [ICCT: choosing a charging standard (briefing)](https://theicct.org/wp-content/uploads/2023/01/lat-am-evs-choose-charger-std-chile-jan23.pdf?ref=adilrenewables.com) - [IEA Global EV Outlook 2025](https://www.iea.org/reports/global-ev-outlook-2025?ref=adilrenewables.com)