If you’re planning to buy an EV, understanding the types of EV chargers in India is one of the first things to figure out.
EV chargers in India are mainly divided into three categories: Level 1 chargers, Level 2 chargers, and DC fast chargers.
The right electric car charger depends on three things:
- charging speed
- power type (AC or DC)
- connector compatibility
Level 1 chargers usually support basic home charging through a household socket.
Level 2 chargers offer faster AC charging for homes, apartments, and workplaces.
DC fast chargers are built for highways, public charging stations, and quick top-ups.
Connector types also matter. In India, common EV charging connectors include Type 2, CCS2, CHAdeMO, and GB/T.
This guide explains the different EV charger types in India, how AC and DC charging work, and how to choose the right home EV charger or DC fast charger based on your driving needs.
Types of EV Chargers in India Based on Charging Speed
Level 1 EV Chargers (Portable Charging Using Household Sockets)
Level 1 charging is the simplest form of home EV charging.
This usually means charging from a regular household socket using a portable EV charger.
For many new EV owners in India, this is the first charging setup they use.
Best for:
- daily low-to-moderate driving
- overnight charging
- homes without wallbox installation
In practical terms, this often means using a 15A socket.
Portable chargers make this easy because they do not require permanent installation.
For users looking for flexibility, solutions like Statiq’s Flow Portable EV Chargers, available in 3.3 kW and 7.4 kW variants, offer a practical option for everyday home charging as well as travel backup. These chargers are designed for plug-and-charge convenience with built-in safety protection for regular use.
Level 2 AC EV Chargers (Faster Home and Workplace Charging)
Level 2 charging is what most people mean when they talk about installing a proper home EV charger.
This is still AC charging.
But it is much faster than a household socket.
Level 2 AC EV chargers usually range from 3.3 kW to 22 kW, depending on:
- your electrical setup
- your EV’s onboard charger capacity
This is where wall-mounted chargers like the Statiq Nectar Home EV Charger fit.
These chargers are designed for:
- homes
- apartments
- offices
- commercial parking spaces
Compared to Level 1:
- charging time reduces significantly
- charging becomes more predictable
- daily use becomes easier
For regular city driving, a Level 2 AC electric car charger is often the most practical choice, offering the right balance of charging speed, cost, and convenience for daily use.
Is It Safe and Cost-Effective to Charge an Electric Car at Home?
For most EV owners, yes. Home charging is usually the most practical long-term option.
It is often cheaper than public charging because residential electricity tariffs are lower. And if charging happens overnight, the car is ready by morning. From a battery perspective, AC charging is also gentler. It generates less heat compared to repeated DC fast charging. That makes it suitable for everyday charging. But safety depends on setup.
Before installing a home EV charger, check:
- dedicated parking availability
- proper earthing
- wiring quality
- power load capacity
- weather protection for outdoor setups
For faster home charging, a wallbox installation is usually better than relying only on a portable charger.
DC Fast Chargers Explained
DC charging is where speed changes everything.
Unlike AC charging, DC battery chargers convert power inside the charger itself and send direct current straight to the battery.
This removes the car’s onboard conversion limitation.
That is why DC fast chargers charge much faster.
These chargers are usually found at:
- highways
- fuel stations
- fleet hubs
- commercial charging stations
Best for:
- long-distance travel
- highway top-ups
- quick city charging
- commercial fleets
Statiq’s DC fast charger lineup ranges from 60 kW to 360 kW, depending on the charging requirement.
This makes DC battery chargers the preferred option for time-sensitive charging.
But for daily charging?
AC is still the better long-term habit.
AC vs DC EV Chargers: Which One Should You Use?
Choosing between AC and DC depends on how you drive.
| Charger Type | Power Type | Speed | Best For |
| Portable Charger | AC | Slow | Home backup |
| Wallbox Charger | AC | Moderate | Daily home charging |
| Public AC Charger | AC | Moderate | Offices, malls |
| DC Fast Charger | DC | Fast | Highways, quick charging |
How to Choose the Right EV Charger for Your Car
Before buying an electric car charger, think beyond charging speed.
Ask:
1. How much do you drive daily?
Lower daily distance usually means AC charging is enough.
2. Do you have dedicated parking?
Home charger installation becomes easier if yes.
3. What does your car support?
Check:
- maximum AC charging input
- DC fast charging compatibility
- connector type
Your charger should match your vehicle.
4. Do you travel often?
Frequent highway travel makes DC fast charging access more important.
5. Do you need flexibility?
Portable chargers are useful for backup and travel.
Wallboxes are better for daily consistency.
EV Charging Connector Types in India
Connector compatibility decides whether a charger can physically connect to your EV and whether the charging standard is supported.
These are the most common EV charging connector types in India:
Type 2
Type 2 is the most widely used AC charging connector for passenger EVs in India and is the standard for most home, workplace, and public AC charging setups.
CCS2
CCS2 is currently the dominant DC fast charging standard for passenger EVs in India.
Used by many passenger EV brands in India, including:
- Tata
- MG
- BYD
- BMW
- Mercedes-Benz
- Kia
If you use public DC fast chargers regularly, this is the connector you will see most.
CHAdeMO
CHAdeMO is an older DC fast charging standard mainly associated with earlier Japanese EV models. Its presence in India is now limited.
GB/T
GB/T is widely used in China and is still seen in some electric bus fleets, older charging infrastructure, and certain commercial EV applications in India.
Conclusion
Understanding the different types of EV chargers in India — from portable chargers and home wallboxes to public DC fast chargers — makes it easier to build a charging routine that fits your lifestyle. Just as important is knowing your EV charging connector type, because charger compatibility matters as much as charging speed. Whether you are setting up a home EV charger, looking for a reliable electric car charger, or planning access to DC fast charging, choosing the right setup can improve convenience, reduce charging costs, and make everyday EV ownership much simpler.
FAQs
What is the difference between AC and DC EV chargers?
AC chargers send alternating current, and the vehicle converts it into DC.
DC chargers send direct current directly to the battery, making charging faster.
Is home EV charging cheaper than public charging?
Usually yes.
Home electricity rates are often lower than public fast charging rates.
Can I install a DC fast charger at home?
In most cases, no.
DC fast chargers require high-capacity electrical infrastructure and are better suited for commercial locations.
Does fast charging damage EV batteries?
Occasional fast charging is normal. But relying heavily on DC fast charging every day may increase battery heat over time. AC charging remains better for regular use.
Which connector type is most common in India?
For passenger EVs:
- Type 2 for AC charging
- CCS2 for DC fast charging
These are the most common standards.