EV Charging Cable Guide: Type 2, CCS2 & More (India)

If you have just bought an EV, or you are close to buying one, a simple question is probably bothering you: which charging cable do you actually need? The showroom hands over one cable, a YouTube review mentions another, and the public charger near your office looks like neither. This EV charging cable guide clears up exactly that confusion — for cars and two-wheelers, home and public charging, and every connector name you are likely to meet in India: Type 2, CCS2, GB/T, and a few others. By the end, you should be able to look at any charging point or cable and know whether it works with your vehicle.

What Is an EV Charging Cable?

Four terms get mixed up constantly, so it helps to separate them first.

• Charging connector — the plug shape at each end of a cable, or built into a charging point. Type 2 and CCS2 are connector standards, not cables on their own.
• Charging cable — the actual wire with connectors attached. A “Type 2 to Type 2” cable is what most home and public AC charging uses.
• Charging socket or inlet — the port on your vehicle, which decides which connectors will physically fit.
• EV charger or EVSE (Electric Vehicle Supply Equipment) — the unit that controls and supplies power. A home wall charger, a portable charger, and a public DC fast charger are all EVSE, even though people often call the EVSE a “charger” while the actual battery charger, for AC charging, sits inside the car.

In short: the EVSE decides how much power is offered, the cable carries it, and the connector has to match your vehicle’s inlet.

EV Charging Cable Types: The Big Picture

India’s EV market uses a handful of connector standards, each for a reason.

Connector	Charging method	AC or DC	Typical use	Common vehicle application	Key characteristic	India relevance
Type 2 (Mennekes)	AC charging	AC	Home, workplace, public AC points	Nearly all electric cars sold in India	7-pin circular connector, single or three-phase	Standard AC connector for four-wheelers
CCS2	DC fast charging, with Type 2 AC built in	AC + DC	Public fast charging, highway charging	Most new electric cars in India	Type 2 top section plus two large DC pins	Government-mandated standard for new public DC fast chargers for cars
GB/T	AC and DC, separate connectors	AC + DC	Older public chargers, some buses and fleets	Early Indian EVs, Chinese-origin platforms, electric buses	Oval AC plug, rectangular DC plug	Present mainly in legacy infrastructure, not the current default for new cars
Type 1 (SAE J1772)	AC charging	AC	Home and public AC charging	Some older or imported vehicles	5-pin connector, single-phase only	Listed in Indian guidelines, rarely fitted on current mainstream cars
CHAdeMO	DC fast charging	DC	Public fast charging	A small number of earlier imported EVs	Separate round DC connector	Being phased out in India in favour of CCS2

Electric two-wheelers largely sit outside this table, since their charging arrangements work differently — covered later.

Type 2 Charging Connector Explained

Type 2, also called the Mennekes connector after the German company that designed it, is the standard AC charging connector for electric cars in India. The port on a Tata Nexon EV, MG Windsor, Hyundai Creta Electric, or almost any other electric car sold here is a Type 2 inlet — circular, with a flat top edge so it can only go in one way, and seven pins that carry single-phase or three-phase power plus communication signals.

Type 2 handles AC charging, where the AC-to-DC conversion happens inside the car through its onboard charger. Because that charger has a fixed power limit, Type 2 speeds in India typically range from about 3.3 kW on a basic portable charger to 7.4 kW on a single-phase home unit, up to 22 kW on three-phase. A higher-power charger only helps if your car’s onboard charger can use it — a 22 kW point feeding a car with a 7.2 kW onboard charger still charges at 7.2 kW.

The connector is the plug shape; a Type 2 charging cable is what physically links a Type 2 charger to your car — usually a “Type 2 to Type 2” cable in India. This is what you will use every day: overnight at home, at the office, or at a slow public AC point. It is not what you will find at a highway fast-charging stop — that is CCS2 territory.

CCS2 Charging Connector Explained

CCS2, or Combined Charging System 2, is the standard for DC fast charging in Indian electric cars. The “combined” part is the key: CCS2 physically builds on the Type 2 connector rather than replacing it. A CCS2 gun has two sections — the top looks exactly like Type 2 and handles AC charging, while two larger pins below carry DC power. On a DC fast charger, only the lower DC section and communication pins are active, sending high-power direct current straight into the battery and bypassing the car’s onboard charger entirely. Because the conversion equipment sits in the station rather than the car, it can be far larger and faster.

This is why one CCS2 port handles both AC charging (top section) and DC fast charging (full connector). CCS2 fast charging in India commonly ranges from around 30 kW at smaller public chargers to 150 kW or higher at premium highway stations, though actual speed depends on your car’s own DC limit and other factors below. Communication between a CCS2 car and charger follows IS 15118, negotiating voltage, current and safety checks automatically.

If your car’s fast-charging port is CCS2 — true for most new electric cars sold in India — you can use any public CCS2 fast charger, subject to both the charger’s and car’s power limits. Connector compatibility does not guarantee the charger’s full rated speed; that depends on what your car can accept.

Type 2 vs CCS2: What Is the Difference?

Aspect	Type 2	CCS2
Physical connector	7-pin AC-only connector	Type 2 AC section plus two large DC pins
Charging type	AC only	AC and DC fast charging
Typical scenario	Overnight home charging, slow public AC	Highway and public DC fast charging
Home charging	Very common	Rare; home DC fast chargers are uncommon and costly
Public charging	Common at slower AC points	Common at fast-charging stations
Vehicle compatibility	Present on nearly all Indian electric cars	Present on nearly all new electric cars, not universal on very old models
Speed potential	Roughly 3.3–22 kW	Commonly 30–150+ kW, station and car dependent
Where you meet it	Home, office, apartment parking	Highway stops, dedicated DC hubs

Which one do you need? For overnight or daytime charging, a Type 2 cable or charger. For quickly adding range on a long drive, a CCS2 fast charger. Since most cars have a single combined CCS2 port, you are not really choosing between the two as a buyer — your car’s inlet already supports both.

AC Charging vs DC Charging

AC charging means alternating current, the same kind that comes from a wall socket, reaches your car. Since batteries can only store direct current, the car’s onboard charger converts AC to DC, and that equipment’s fixed limit is why AC charging is slower — it suits situations where the car is parked for hours anyway, such as overnight at home.

DC charging means the AC-to-DC conversion happens outside the car, inside the charging station, which can afford far larger hardware and push direct current into the battery at a much higher rate — this is what makes DC fast charging dramatically quicker.

Worth knowing: Voltage × Current = Power. A charger offering 400 volts at 100 amps delivers roughly 40 kW, which is why chargers are rated in kilowatts. But theoretical power is not real charging speed — a 60 kW charger will not hold a steady 60 kW throughout, since your car’s DC limit, battery temperature, and how full it already is all affect the actual number.

EV Charging Speed: Why the Connector Is Not the Whole Story

A connector standard tells you what is possible, not what speed you will get on a given day. Real-world speed depends on:

• The vehicle’s maximum AC charging capability — usually 3.3–11 kW on mainstream Indian EVs.
• The vehicle’s maximum DC charging capability — a separate, higher limit set by the battery and its management system.
• The charger’s rated output — a 30 kW public charger cannot deliver 150 kW, whatever your car could theoretically accept.
• Battery state of charge — most EVs charge fastest between roughly 10% and 60%, then taper off to protect long-term health.
• Battery temperature — very cold or very hot packs often charge more slowly.
• The charging curve — manufacturers program power to vary through a session rather than staying flat.

Scenario	Connector	Typical power	What actually limits speed
Home overnight charging	Type 2	3.3–7.4 kW	Onboard charger, home electrical supply
Three-phase home/office charging	Type 2	11–22 kW	Onboard charger rating, three-phase availability
Public DC fast charging	CCS2	30–150+ kW	Charger rating, car’s DC limit, state of charge

The connector decides what is possible; the rest of the system decides what actually happens.

GB/T Charging Connector Explained

GB/T is a connector and communication standard that originated in China — “GB” stands for Guobiao, meaning “national standard.” Unlike CCS2, GB/T uses two separate connectors: an oval seven-pin plug for AC, and a rectangular two-pin plug for DC.

GB/T entered India’s EV ecosystem early, partly through Chinese-origin vehicle platforms and partly through India’s own Bharat DC-001 standard — a modified GB/T delivering up to roughly 200V/120A, or about 15 kW — used on some of India’s earliest mass-market EVs and fleet vehicles.

Today, GB/T charging in India is found mostly in older public infrastructure and some fleet segments such as electric buses. CCS2 is now the default for new four-wheeler DC fast charging, so GB/T is unlikely to matter if buying a new car — but if you own an older EV or fleet vehicle, confirm the standard before assuming your equipment will fit.

Other EV Connectors You May Hear About

Type 1 (SAE J1772) is an AC-only, five-pin connector seen mainly on older American and some Japanese-market EVs. It is recognised in India’s official charging guidelines, but current mainstream Indian cars are built around Type 2, not Type 1.

CHAdeMO is a Japanese DC fast-charging standard, seen on vehicles like early imported Nissan Leaf models, with its own round connector and no AC pins. It has been losing ground as CCS2 became the default, so it now mostly concerns older imports rather than new buyers.

EV Charging Cables for Electric Cars vs Electric Scooters and Bikes

This is one of the most misunderstood areas among new EV owners: electric two-wheelers generally do not use the same charging arrangement as cars.

Most mainstream electric scooters — TVS iQube, Ather 450 series, Bajaj Chetak, Hero Vida — ship with a portable charger that plugs into an ordinary household socket, rather than a detachable Type 2 or CCS2 cable. The charger connects to the scooter through a proprietary port, and its household end usually needs a 15A socket, since the current draw exceeds what a standard 5A socket can safely handle.

For faster charging away from home, several makers run their own networks. Ather developed a combined AC/DC connector approved under the IS 17017-2-6 standard, used on its Grid network and adopted by Hero Vida and some charge point operators. Ola Electric uses its own proprietary Hypercharger connector, incompatible with the Ather-based ecosystem, while TVS and Bajaj rely on their own charger designs.

Never assume a car’s cable, or another brand’s two-wheeler charger, will work with your scooter — check your specific model’s port and charger type before buying replacement equipment.

Vehicle type	Common charging approach	Connector/cable considerations	What buyer should check
Electric car	Type 2 AC (home/public), CCS2 DC (public fast)	Standardised across nearly all new models	Onboard charger rating, DC fast-charging limit
Electric scooter (home)	Portable charger via household 15A socket	Proprietary charger-to-scooter connector, brand-specific	Whether your brand’s fast-charging network reaches your area
Electric scooter (fast charging)	Manufacturer-specific network	Ather/Vida-style connector, or proprietary Ola/other systems	Whether your scooter’s standard matches nearby public chargers

What Cable Comes With a New EV?

What ships in the box varies by manufacturer and trim, so check specifics before buying rather than assuming. Most electric cars in India include a portable AC charging cable or basic portable charger for occasional or backup use, rather than a full-power wall-mounted home charger — that is usually a separate purchase and installation through the manufacturer’s network or a third party. For electric scooters, a portable charger is almost always included, since it is central to daily charging. Check your vehicle’s owner manual, brochure, or dealer confirmation for exactly what is bundled and what home installation is recommended.

When Do You Need a Second EV Charging Cable?

A second cable is not essential for everyone, but it helps when you charge regularly at more than one location (home and an office AC point without its own cable), travel frequently and want a dedicated cable left in the car, share one vehicle across two parking spots, or simply want a backup in case your primary cable is damaged or lost. If your routine is simple — one home charger, one location, little travel — a second cable is a convenience, not a necessity.

Do You Need an EV Charging Cable Adapter?

Adapters bridge different connector shapes, but solve less than many buyers assume. An adapter can help with a genuine mechanical mismatch between otherwise compatible systems — say, two AC shapes where the underlying standard and protocol are actually compatible. The risk is assuming a mechanical fit means electrical compatibility: an adapter does not change a charger’s or vehicle’s power rating, current limits, or communication protocol, only the plug shape. If the two sides cannot correctly negotiate power and safety limits, forcing a connection is a risk, not a solution — especially for DC fast charging, where currents are large enough that a poorly rated adapter can overheat or fail. Use only adapters explicitly rated for your scenario and, ideally, approved by your manufacturer, and avoid any DIY rewiring or unrated “universal” adapter.

How to Check EV Charging Cable Compatibility

1. Check your vehicle’s charging inlet — Type 2, CCS2, or a proprietary two-wheeler port.
2. Check whether you need AC, DC, or both — most cable purchases are for AC charging, since DC fast-charging equipment is fixed at the station.
3. Check your vehicle’s maximum charging power from the owner manual, not assumptions.
4. Check the charger’s output rating.
5. Check the cable’s connector standard on both ends against your vehicle and charger.
6. Check whether the manufacturer specifies an approved cable.
7. Check whether an adapter, if needed, is officially supported.
8. Check the current and voltage ratings printed on the cable itself.

EV Charging Cable Buying Checklist

What to check	Why it matters
Connector type	Must physically match your vehicle’s inlet and charger
AC/DC compatibility	Determines whether the cable suits home charging or fast-charging equipment
Current rating	Should meet your intended charging power without exceeding safe limits
Voltage rating	Appropriate for single-phase or three-phase supply
Power capability	Aligned with what your car’s onboard charger can use
Cable length	Flexibility versus bulk for storage and carrying
Build quality	Robust connectors, sturdy insulation, reputable manufacturer
Weather suitability	Relevant for outdoor or exposed parking
Safety certifications	Check applicable Indian standards (BIS/IS) and manufacturer documentation, as requirements vary by product
Manufacturer compatibility	Some brands specify or recommend particular cables
Warranty	Reduces risk on an electrical accessory
Portability	Weight and folded size, if carried regularly
Storage	Carry bag or fixed mounting at home
Price/value	A cheaper cable is not a saving if under-rated for your needs

Common EV Charging Cable Mistakes

Buying by connector appearance alone; ignoring AC/DC compatibility; confusing a cable’s current rating with the vehicle’s actual charging capability; assuming an adapter solves every compatibility problem; choosing the cheapest cable without checking rating or certification; ignoring cable length; skipping manufacturer specifications before an aftermarket purchase; and assuming every public charger uses the same connector, especially while travelling through areas with older or mixed infrastructure.

Which EV Charging Cable Do You Actually Need?

• Home charging (car): A Type 2 AC cable matched to your charger’s power rating.
• Public AC charging (car): The same Type 2 cable, since public AC points in India standardly use Type 2.
• DC fast charging (car): No cable purchase needed — CCS2 chargers have their own fixed, attached gun.
• Electric scooter, home: The manufacturer-supplied portable charger and a household 15A socket.
• Electric scooter, fast charging: Depends on your brand’s ecosystem — Ather/Vida-style connector or a proprietary system.
• Long-distance travel: Carry your own Type 2 cable if it is not already in the car, since some public AC points do not supply one.
• Backup cable: Worth it if being without one would disrupt your routine; optional otherwise.

Conclusion

Connector compatibility matters more than how a cable or charging port looks. Type 2 and CCS2 are not rival standards — Type 2 handles everyday AC charging, and CCS2 adds fast DC charging on the same shared connector family. Real-world charging speed depends on your vehicle’s onboard and DC limits, the charger’s rating, and conditions like battery temperature and state of charge, not on the connector alone. Electric scooters and cars frequently use entirely different charging arrangements, so equipment made for one should never be assumed to work with the other. Before buying any charging cable, checking your vehicle’s manual or manufacturer specification remains the most reliable step — a more expensive or higher-rated cable is not automatically useful if your vehicle cannot use its full capability.

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