Best Home EV Chargers & Brands in India (2026 Guide)

Charging your EV at home overnight is one of the biggest reasons electric ownership is so much cheaper and more convenient than petrol or diesel. Instead of queuing at a public station, you plug in when you park and wake up to a full battery. But a home charger is not a phone adapter you simply stick into the nearest wall socket. It is a mains electrical appliance that can pull 7,000 watts or more for hours at a stretch, and it has to be installed on a dedicated, properly protected circuit by a licensed electrician.

This guide is written for Indian EV owners who are setting up home charging for the first time, or troubleshooting a setup that trips, charges slowly, or simply does not feel safe. We will cover the best home EV charger brands you can actually buy in India today, the correct electrical setup for Indian conditions (single-phase 230V, sanctioned load, earthing, RCBO), the common mistakes that cause tripping and fire risk, indicative costs in rupees, and exactly what to do step by step. The brand picks work across any EV, whether you drive a Tata, MG, Mahindra, Hyundai, BYD, or anything else with a Type 2 charging port.

Why home charging matters for Indian EV owners

For most Indian EV owners, more than 80 to 90 percent of all charging happens at home. The maths is simple. Domestic electricity typically costs between ₹6 and ₹10 per unit (kWh) across most states, and several states offer cheaper time-of-day rebates for overnight charging. That works out to roughly ₹1 to ₹1.5 per kilometre, against ₹6 to ₹8 per kilometre for a comparable petrol car. Over a year of normal driving, the savings easily run into tens of thousands of rupees.

But that convenience depends entirely on a safe, reliable charging point. A good home setup means you plug in once, charging starts automatically, and it stops cleanly when the battery is full or your scheduled off-peak window ends. A bad setup means a breaker that trips at 2 AM, a charger that delivers half the speed it should, or worst of all, overheated wiring behind the wall. The difference between the two is almost never the charger you bought. It is the electrical work behind it.

That is the single most important idea in this article. The charger is the easy part. The wiring, the earthing, the breaker, and the load are what keep your home and family safe.

The correct home charging setup for India

Before we get to brands, you need to understand what a correct installation actually looks like, because that shapes which charger and what power rating make sense for you.

Single-phase versus three-phase supply

Most Indian homes run on a single-phase 230V supply. A single-phase connection comfortably supports a 7.4 kW home charger, which is the sweet spot for the vast majority of EVs sold here. At 7.4 kW you add roughly 40 to 50 km of range per hour, so an overnight charge easily refills a typical car battery.

Some larger homes, villas, and apartment complexes have a three-phase 415V supply. If you have three-phase power and a newer EV with an 11 kW or 22 kW onboard charger, a three-phase charger lets you charge faster. But do not assume bigger is better. The charger can only deliver what your car's onboard AC charger can accept.

Match the charger to your car's onboard charger

This is the detail most buyers get wrong. The AC charger on your wall does not decide your charging speed on its own. Your car's built-in onboard charger sets the ceiling.

Many popular EVs in India (older Tata Nexon EV, MG ZS EV, Mahindra XUV400) have a 7.2 to 7.4 kW onboard AC charger. A 7.4 kW wall charger is a perfect match.
Some variants and older cars ship with only a 3.3 kW onboard charger. With these, even a 22 kW wall box will charge at just 3.3 kW.
Newer launches such as the Mahindra BE 6, XEV 9e, Hyundai Creta Electric, and Ioniq 5 have moved to 11 kW onboard chargers, which can take advantage of a three-phase supply.

The rule: a 22 kW wall charger paired with a car that only accepts 7.2 kW is wasted money. Buy a charger that matches your car, with a little headroom if you expect to upgrade vehicles later.

Sanctioned load

Your electricity connection has a sanctioned load, the maximum power your DISCOM has approved for your premises. Many older homes are sanctioned for only 3 kW or 5 kW. A 7.4 kW charger running alongside your AC, geyser, and lights can easily exceed that, which causes the main breaker to trip or, over time, penalty billing.

As a rough guide, a 7.4 kW charger wants around 8 to 10 kW of sanctioned load to run comfortably alongside normal household use. If your sanctioned load is too low, you apply to your DISCOM for a load enhancement. The process typically takes anywhere from a few days to two to four weeks depending on your state and whether a meter or service-line upgrade is needed, and the fee is usually modest, in the hundreds to low thousands of rupees.

The dedicated circuit, breaker, and earthing

A home charger must run on its own dedicated circuit from the distribution board (DB) to the charger, not shared with any sockets or appliances. The essential ingredients of a safe circuit are:

A dedicated MCB or circuit breaker of the correct rating. For a 7.4 kW single-phase charger, electricians commonly use a 32A or 40A MCB with a Type C curve, which gives thermal headroom so it does not nuisance-trip during long charging sessions.
An RCBO or RCCB for earth-fault protection. This is the device that disconnects power in a fraction of a second if current leaks to earth, for example through a person or wet insulation. For EV charging you want at least 30 mA sensitivity, and crucially the right type. A Type A RCCB combined with the 6 mA DC fault detection that quality chargers build in, or a Type B RCCB which detects all fault types on its own, is what the standards expect. An ordinary AC-type RCCB is not sufficient for EV charging because DC leakage can blind it.
Correctly sized copper cable. For a 7.4 kW single-phase run, 6 sq mm copper (three core) is typical for normal distances. For longer runs beyond roughly 25 to 30 metres from the DB to the parking spot, 10 sq mm is used to limit voltage drop and heat.
Proper earthing. A dedicated, low-resistance earth is non-negotiable. Indian practice under IS 3043 targets an earth resistance below 5 ohms. If the building's existing earthing is poor, a chemical earthing pit is installed.
A surge protection device (SPD). A Type 2 SPD on the EV circuit protects the charger from voltage spikes, which matter in areas with unstable supply or frequent lightning.

If that list looks intimidating, that is the point. It is real electrical engineering, and it is exactly why this is a licensed-electrician job, not a weekend DIY project.

Certification and standards to look for

In India, EV chargers sold legally must carry BIS certification under IS 17017, which is the Indian standard harmonised with international IEC 61851 (charging system) and IEC 62196 (connectors). The connector you want for almost every car here is Type 2 (also called Mennekes or IEC 62196 Type 2). When you shop, look for BIS or ARAI certification, an IP65 or IP66 weather rating if the unit will sit outdoors or in an open porch, and IEC 61851 compliance. These are not marketing words, they are your assurance the unit was tested for Indian safety norms.

The best home EV charger brands in India

With the electrical basics clear, here are the home charger brands worth shortlisting. Indicative prices below are for the charger hardware only and shift with model, power rating, and offers, so treat them as ballpark figures rather than quotes. Installation is extra (covered later).

Tata Power EZ Charge

The most widely recognised name, partly because so many EVs on Indian roads are Tatas. The Tata Power EZ Charge home unit is typically a 3.3 kW or 7.2 kW Type 2 charger with app control, scheduled charging, and live status. Indicative hardware pricing sits in the ₹35,000 to ₹50,000 band for the 7.2 kW unit, and Tata Power runs a large installation and service network. If your Tata EV came bundled with a home charger, installation is often complimentary within the first year up to a set cabling length (commonly around 15 metres), with earthing and civil work usually excluded.

Statiq

Statiq is one of the better-known smart-charging brands, and its Smart Nectar home charger comes in a 7.4 kW Type 2 form with a tethered cable, app and RFID control, auto cut-off, and load balancing. It is ARAI certified and IP66 rated, with a two-year warranty, which makes it a solid pick for owners who want app scheduling and weatherproofing. Indicative pricing is in the ₹40,000 to ₹55,000 range for the hardware.

Exicom

Exicom is a serious Indian power-electronics manufacturer and a major OEM behind many chargers. Its Smart Spin Air AC charger (around 7.4 to 7.5 kW) offers app and RFID access, OCPP support, an embedded SIM for remote updates, CE and ARAI certification, and an IP66 rating. Build quality is a strength. Indicative hardware pricing runs roughly ₹44,000 to ₹56,000 depending on configuration.

Servotech

Servotech offers its AC wall chargers (the Spark or SERV-AC line) in 3.3 kW, 7.4 kW, and 22 kW variants, backed by a national service presence. The breadth of power options makes it easy to match to your car, and the service footprint matters when something needs attention down the line.

Plugzmart

For buyers who specifically want Made-in-India hardware, Plugzmart designs and manufactures its wall boxes in Chennai. Its lineup includes a 3.3 kW Mini and a 7.4 kW home wall box with smart features. Local manufacturing can mean easier spares and support.

Magenta (ChargeGrid)

Magenta's ChargeGrid home chargers come in 7.4 kW forms with app-enabled smart charging and load balancing, made in India, with indicative pricing around ₹39,000 to ₹50,000. Magenta also runs public infrastructure, so the brand has real operational depth.

Others worth a look

Depending on availability and your city, also consider Kazam, Hesla, Zevpoint, Bolt.Earth, and ElectricPe, several of which bundle installation. The brand matters less than three things: BIS or ARAI certification, a Type 2 connector that fits your car, and a genuine local service and warranty that you can actually reach.

How to choose between them: decide your power rating first (3.3 kW only if your car is limited to it, otherwise 7.4 kW for single-phase homes, or three-phase 11 kW if your car and supply both support it). Then pick weatherproofing (IP65/IP66 for outdoor), then smart features (scheduling to hit off-peak tariffs is the genuinely useful one), and only then compare price. A cheaper charger that voids warranty the moment it rains, or has no service contact, is not a saving.

Common problems and mistakes

Most home-charging complaints trace back to a handful of avoidable errors.

Charging from a normal 16A socket or extension board

The single most dangerous mistake. The portable 3-pin charger bundled with many EVs is meant only for occasional, slow top-ups from a properly wired 16A socket, never as your daily charging method. Plugging a high-current EV charger into a standard household socket, a power strip, or an extension board can melt the socket and start a fire, because those parts are not rated for hours of continuous high current. Never use extension boards, multi-plug boards, or undersized sockets for EV charging.

Nuisance tripping

If your breaker trips during charging, the usual culprits are an undersized MCB, the wrong type of RCCB reacting to normal DC leakage, a shared circuit overloaded by other appliances, or moisture and poor earthing causing genuine earth faults. The fix is almost always at the DB and circuit level, not the charger. If your existing setup trips repeatedly, stop charging on it and get it inspected, because repeated tripping is the system telling you something is wrong.

Slow charging

If the car charges slower than expected, check the obvious first: your car's onboard charger limit (a 3.3 kW car will never charge faster regardless of the wall box), then voltage drop on a long or thin cable, then a charger set to a lower current in its app, then a low sanctioned load forcing the system to throttle.

Poor or absent earthing

Many older Indian homes have weak earthing. With an EV charger that pulls thousands of watts, a missing or high-resistance earth turns a small fault into a shock or fire hazard. Earthing is invisible until it fails, which is exactly why it gets skipped, and exactly why it must not be.

DIY mains wiring

It needs saying plainly. Running a new high-current circuit, sizing breakers, and connecting to your DB is mains electrical work. Getting it wrong does not just trip a breaker, it can electrocute someone or burn down a house. This is not a job for a handyman or a YouTube tutorial. It is a job for a licensed electrician, ideally one with EV-charger experience.

Step by step: setting up home charging the right way

Confirm your car's onboard charger rating. Check whether your EV accepts 3.3 kW, 7.2 to 7.4 kW, or 11 kW on AC. This decides the charger you buy and whether single-phase is enough.
Check your supply and sanctioned load. Find out if you have single-phase or three-phase, and read your sanctioned load off your bill or meter. A 7.4 kW charger generally wants 8 to 10 kW sanctioned.
Get a site survey. Have a licensed electrician (or your charger brand's installer) inspect the distance from your DB to the parking spot, the condition of your earthing, and DB capacity. This survey is what turns guesses into a real plan.
Upgrade your load if needed. If your sanctioned load is too low, apply to your DISCOM for enhancement before installation. Budget a few days to a few weeks.
Choose and buy a BIS/ARAI-certified charger with a Type 2 connector that matches your car, at the right power rating, with the weather rating you need.
Have the dedicated circuit installed. That means a dedicated MCB (typically 32A or 40A for 7.4 kW), a 30 mA Type A or Type B RCBO/RCCB, correctly sized copper cable (6 sq mm, or 10 sq mm for long runs), a Type 2 SPD, and verified earthing below 5 ohms.
Test before you rely on it. A good installer will test earth resistance, confirm the RCBO trips correctly, and do a full charging cycle with your car before signing off.
Set up scheduled charging in the charger or car app to charge during off-peak hours if your state offers a cheaper time-of-day tariff.

If at any point you are unsure, run a quick check with our free EV charging diagnostic tool before spending on hardware or wiring.

Indicative costs in India

Treat these as indicative ranges, not quotes. Actual costs vary by city, brand, cable distance, and the state of your existing wiring and earthing.

Charger hardware (7.4 kW, branded): roughly ₹35,000 to ₹56,000. A basic 3.3 kW unit can be considerably less; premium smart or three-phase units more.
Electrical work and switchgear (MCB, RCBO, SPD, basic cabling): roughly ₹3,000 to ₹15,000, rising with cable distance and copper used.
Load enhancement (if required): typically a few hundred to a few thousand rupees in DISCOM charges, sometimes more if the service line or meter is upgraded.
Earthing (if a new chemical earth pit is needed): roughly ₹3,000 to ₹10,000.
Typical all-in home installation: commonly ₹35,000 to ₹55,000 including hardware and standard electrical work, more if you need significant cabling, load upgrade, or fresh earthing.

On running cost, home charging usually lands around ₹6 to ₹10 per unit. Several states sweeten this with time-of-day rebates for overnight charging, for example a roughly ₹1 per unit rebate during night hours in some states, and off-peak rebates tied to solar-rich daytime hours in others. You can charge on your existing meter, or opt for a separate EV sub-meter where your DISCOM offers a dedicated EV tariff, which is worth checking locally as the savings can be meaningful over a year.

Government subsidies exist in places too. Some city and state EV policies offer a fixed subsidy per home charger, so check your own state's current EV policy before you buy.

Safety: the part you cannot skip

Everything above leads here, because a home charger is mains electrical equipment running at high current for hours. Treat it with the respect that demands.

Insist on proper earthing. A dedicated, tested earth below 5 ohms is the difference between a harmless fault and a lethal one. If your home's earthing is weak, fix it before charging, not after.
Use a correctly rated RCBO or RCCB. A 30 mA Type A (paired with the charger's built-in DC detection) or Type B device is what protects a human body from a fatal shock. Do not let anyone fit a generic AC-type RCCB on an EV circuit.
Always use a dedicated circuit. No sharing with sockets, geysers, or air conditioners. The charger gets its own breaker and its own run from the DB.
Never use extension boards or undersized sockets. This is the most common cause of charging fires. High continuous current plus an under-rated socket or power strip equals melted plastic and worse.
Prevent fire with the right cable and breaker. Undersized cable overheats. A correctly rated MCB and properly sized copper cable keep temperatures safe through long sessions.
Always use a licensed electrician. DIY mains wiring is genuinely dangerous, and getting it wrong can be fatal or destroy property. A licensed professional, ideally with EV experience, is not an optional upgrade. It is the baseline.

If your existing setup makes you uneasy, smells of hot plastic, trips repeatedly, or was wired by an unlicensed person, stop using it and get it audited. There is no charging convenience worth a house fire.

How ev.care helps

At ev.care we handle the whole home-charging journey so you do not have to coordinate it yourself, and we work with any EV brand and any major charger brand.

Home-charger installation. We do a proper site survey, recommend the right charger and power rating for your car, and install on a correctly sized dedicated circuit with the right MCB, RCBO, cabling, SPD, and earthing, using licensed electricians.
Electrical-safety audit. Already have a setup and not sure it is safe? We test your earthing, breaker, and RCBO, check for the extension-board and shared-circuit mistakes above, and tell you honestly what needs fixing.
Charger repair and troubleshooting. If your charger trips, charges slowly, throws faults, or has stopped working, we diagnose and repair it, whatever the brand.

You can book a home-charger install or audit online, explore our dedicated EV charging repair and service, or start by running our free EV charging diagnostic tool to narrow down what is going on. For deeper reading, see our detailed guide on EV home charger and wallbox installation and repair in India, our walkthrough on diagnosing an EV that will not charge, and our model-specific guide to Tata Nexon EV charging problems.

Frequently asked questions

Which is the best home EV charger brand in India?

There is no single winner, because the best charger depends on your car and your home. For broad service reach, Tata Power EZ Charge is the default pick. For smart features and weatherproofing, Statiq and Exicom are strong. For Made-in-India hardware, Plugzmart and Magenta are good options. Whatever you choose, insist on BIS or ARAI certification, a Type 2 connector that fits your car, and a real local warranty and service contact.

What power rating of charger should I buy?

Match it to your car's onboard charger. If your EV accepts 7.2 to 7.4 kW on AC (most popular models), buy a 7.4 kW charger. If your car is limited to 3.3 kW, a 3.3 kW unit is enough and a bigger one is wasted. Only consider 11 kW or three-phase if both your car and your home supply support it.

Can I run a 7.4 kW charger on a normal single-phase home connection?

Yes. A single-phase 230V supply comfortably handles a 7.4 kW charger, provided your sanctioned load is high enough (generally 8 to 10 kW) and the circuit is wired correctly with the right breaker, RCBO, cable, and earthing. If your sanctioned load is only 3 kW or 5 kW, apply to your DISCOM for an enhancement first.

Why does my EV charger keep tripping?

The usual causes are an undersized MCB, the wrong type of RCCB reacting to normal DC leakage, a shared or overloaded circuit, or genuine earth faults from poor earthing or moisture. The fix is almost always in the wiring and the distribution board, not the charger itself. Have a licensed electrician inspect the circuit rather than continuing to reset a breaker that keeps tripping.

Is it safe to charge my EV from a regular wall socket or extension board?

Not as a daily method. The bundled portable charger is only for occasional slow top-ups from a properly wired 16A socket. A standard household socket, a power strip, or an extension board cannot safely carry high EV current for hours and can overheat and catch fire. For regular charging, always use a dedicated wall charger on its own protected circuit.

Do I need a separate electricity meter for home EV charging?

No, it is optional. You can charge on your existing meter. A separate EV sub-meter only makes sense where your DISCOM offers a dedicated EV tariff that is cheaper than your normal domestic rate, or where you need to bill charging separately, for example in a shared building. Check what your state and DISCOM currently offer, because the savings vary widely.