Render of a planned Zevpoint DC charging station with canopy, chargers and transformer
Guide

DC fast charging at a car dealership: what to install and where

Short answer: a car dealership needs a DC charger for three moments, not for the public: the delivery bay, where a new owner should drive away with a full battery; the workshop, where cars arrive low and must leave charged; and the test drive, where a flat demo car loses a sale. Size it to the fastest car the brand sells, because that is the car the customer is about to pay the most for. Today almost every mainstream brand has at least one car that takes more than 60 kW, so for most showrooms the answer has moved from a Nova 60 to a Nova 120.

Why a showroom is not a public station

A public station earns per session and lives or dies by traffic. A dealership's charger earns nothing directly. It protects margins that are already won: a delivery that does not slip, a service car that goes back on time, a demo car that is ready when a family walks in on a Sunday. The question is not utilisation. It is how many hours a car sits at the dealership waiting for charge, and what each of those hours costs.

That changes the sizing. A public site can buy for the average car on the road. A dealership must buy for the best car on its own floor, because that is the car whose delivery day cannot go wrong.

The three jobs

  • Delivery. Cars often reach the dealership with a low state of charge after transport and storage, and a new owner expects a full battery and a long first drive. Overnight AC can do it if the car comes in a day early. It rarely does.
  • Workshop. A car in for service often comes in near empty, and diagnostics and software updates drain it further. Each car that goes back at 30% is a call to the service manager.
  • Test drives. Two demo cars on a busy weekend can drive a hundred kilometres between them by noon. A demo car that cannot leave the showroom is a lost conversation.

Sizing to the brand

Find your brand's fastest car in the table below and read across. The charger in the last column is the smallest one that gives that car everything it can take. It is the same table we use when we plan a showroom, and it updates when a maker changes a figure.

Two things stand out. First, the mass-market brands have moved: Tata, MG, Hyundai, Kia and Maruti each sell at least one car in the middle band now, so a dealer who bought a 60 kW charger two years ago is already charging the newest cars on the floor below their rate. Second, the premium band is where the brands are going. A Mahindra dealer with the BE 6 and XEV 9e has cars that can use a Nova 180.

One charger or two

Most showrooms need one dual-gun unit, placed between the delivery bay and the workshop door so both can reach it. Cars come in one at a time, the second gun covers the overlap, and a single car alone can take the full rating. A large multi-brand or high-volume dealership is different: deliveries cluster at month end, and that is when a second unit stops the queue. We cover the trade-off in one dual-gun charger or two single ones.

Open it to the public, or not

A showroom on a main road has something a public operator pays for: a visible forecourt and opening hours. Listing the charger publicly brings strangers onto the forecourt, which some dealers want and some do not. It can be both. Our software lets each charger be public, private or member-only, with a different tariff per group, so the charger can serve your own cars at no charge in the morning and earn from passing drivers in the evening. Drivers pay from any UPI app on their phone, with no app to download. See how the software works.

What we would not do

We would not put a dealership's DC charger at the far end of the yard where the cable run is cheapest. It goes where the delivery bay can reach it, because that is the bay that pays for it. We would not size it for the car that sells most, if the brand's top car takes more. And we would not skip the power check: a showroom's existing connection is often already near its limit with lights and air-conditioning, and the charger may need a load increase before it can be switched on. See how much power a DC charging station can get.

Ready to plan one? Book a site study. We will measure the yard, check the connection and put the charger where your delivery bay can use it.

Frequently asked questions

Does a car dealership need a DC charger or is AC enough?

AC is enough for cars that sit overnight. A dealership needs DC for the moments it cannot wait: deliveries that must leave full, service cars that must go back on time, and demo cars on a busy weekend.

What size DC charger should a dealership install?

The smallest charger that gives the fastest car the brand sells its full rate. For most mainstream brands today that is a Nova 120; for brands with cars that take over 150 kW, a Nova 180 or 240.

Can a dealership charger be open to the public?

Yes. Each charger can be public, private or member-only, with a different tariff for each group, so it can serve your own cars free and charge passing drivers.

Where should the charger go in a showroom?

Where the delivery bay and the workshop door can both reach it. That is the bay that pays for the charger, even if a longer cable run costs more.

Will the showroom's existing electricity connection be enough?

Often not. Lights and air-conditioning already use much of it, so a DC charger may need a load increase from the DISCOM. A site study checks this on day one.

Contents

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    Live from our car catalogue

    What each car takes from a DC charger

    57 cars sold in India publish a DC fast-charging figure. 12 take 60 kW or less, 15 take between 60 and 120 kW, and 30 take more than 120 kW. A bigger charger does not charge any of them faster than their own limit.

    Figures as of 12 October 2026, from each maker's Indian specification. Times are for 10 to 80% at the car's peak rate, rounded to 5 minutes; a real session tapers and takes longer. A car with no published figure is not listed.
    Car Battery Takes up to 10 to 80% at that rate Full rate from
    Up to 60 kW: the mass market
    Tata Tigor EV 26 kWh 25 kW about 45 min Navigator 30
    Tata Tiago EV 24 kWh 30 kW about 35 min Navigator 30
    Eicher Pro X 40 kWh 30 kW about 55 min Navigator 30
    MG ZS EV 50.3 kWh 50 kW about 40 min Nova 60
    Tata Punch EV 40 kWh 50 kW about 35 min Nova 60
    Hyundai Kona Electric 39.2 kWh 50 kW about 35 min Nova 60
    Mahindra 3XO 39.4 kWh 50 kW about 35 min Nova 60
    Mahindra XUV400 EVby version 34.5 to 39.4 kWh 50 kW about 35 min Nova 60
    Tata Xpres-T EV 32 kWh 50 kW about 25 min Nova 60
    Tata Nexon EV50 to 60 kW by version 30 to 45 kWh 60 kW about 30 min Nova 60
    BYD e6 71.7 kWh 60 kW about 50 min Nova 60
    MG Windsor EV45 to 60 kW by version 52.9 kWh 60 kW about 35 min Nova 60
    60 to 120 kW: the newer mid-market
    Maruti Suzuki e Vitara 61 kWh 70 kW about 35 min Nova 120
    Tata Curvv EV60 to 70 kW by version 55 kWh 70 kW about 35 min Nova 120
    BYD Atto 370 to 80 kW by version 60.5 kWh 80 kW about 30 min Nova 120
    MG Hector Tomahawk EV 69.2 kWh 90 kW about 30 min Nova 120
    Hyundai Creta Electric 51.4 kWh 100 kW about 20 min Nova 120
    Jaguar I-PACE 90 kWh 100 kW about 40 min Nova 120
    Kia Carens Clavis EVby version 42 to 51.4 kWh 100 kW about 20 min Nova 120
    Kia Syros EV 42 kWh 100 kW about 20 min Nova 120
    Mercedes-Benz EQA 70.5 kWh 100 kW about 30 min Nova 120
    Mercedes-Benz EQB 66.5 kWh 100 kW about 30 min Nova 120
    VinFast VF6 59.6 kWh 100 kW about 25 min Nova 120
    VinFast VF7 70.8 kWh 110 kW about 25 min Nova 120
    BYD eMAX 789 to 115 kW by version 71.8 kWh 115 kW about 25 min Nova 120
    Tata Harrier EV100 to 120 kW by version 75 kWh 120 kW about 25 min Nova 120
    Tata Sierra EV 75 kWh 120 kW about 25 min Nova 120
    Above 120 kW: the premium band
    BMW iX1 LWB 66.4 kWh 130 kW about 20 min Nova 180
    MINI Countryman Electric 66.5 kWh 130 kW about 20 min Nova 180
    BYD Seal110 to 150 kW by version 82.6 kWh 150 kW about 25 min Nova 180
    BYD Sealion 7 82.5 kWh 150 kW about 25 min Nova 180
    Volvo EX30 69 kWh 153 kW about 20 min Nova 180
    Audi Q8 e-tron 114 kWh 170 kW about 30 min Nova 180
    Audi Q8 Sportback e-tron 114 kWh 170 kW about 30 min Nova 180
    Mercedes-Benz EQE SUV 90.6 kWh 170 kW about 20 min Nova 180
    Mahindra BE 6 79 kWh 175 kW about 20 min Nova 180
    Mahindra XEV 9e 79 kWh 175 kW about 20 min Nova 180
    Mahindra XEV 9S140 to 180 kW by version 79 kWh 180 kW about 20 min Nova 180
    BMW i7 101.7 kWh 195 kW about 20 min Nova 240
    BMW iX 111.5 kWh 195 kW about 25 min Nova 240
    Rolls-Royce Spectre 102 kWh 195 kW about 20 min Nova 240
    Mercedes-Benz EQS 107.8 kWh 200 kW about 25 min Nova 240
    Mercedes-Benz EQS SUV 122 kWh 200 kW about 25 min Nova 240
    Volvo EC40 78 kWh 200 kW about 15 min Nova 240
    Volvo EX40 69 kWh 200 kW about 15 min Nova 240
    BMW i4 83.9 kWh 205 kW about 15 min Nova 240
    BMW i5160 to 205 kW by version 81.2 kWh 205 kW about 15 min Nova 240
    Hyundai Ioniq 5 84 kWh 220 kW about 15 min Nova 240
    Kia EV6 84 kWh 240 kW about 15 min Nova 240
    Kia EV9 99.8 kWh 240 kW about 15 min Nova 240
    Tesla Model Y175 to 250 kW by version 82 kWh 250 kW about 15 min Nova 240 (the car can take more)
    Audi e-tron GT 93.4 kWh 270 kW about 15 min Nova 240 (the car can take more)
    Audi RS e-tron GT 93.4 kWh 270 kW about 15 min Nova 240 (the car can take more)
    Porsche Macan Electric 100 kWh 270 kW about 15 min Nova 240 (the car can take more)
    Mercedes-Benz CLA Electric 85 kWh 320 kW about 10 min Nova 240 (the car can take more)
    Porsche Taycan270 to 320 kW by version 105 kWh 320 kW about 15 min Nova 240 (the car can take more)
    Porsche Cayenne Electric 113 kWh 390 kW about 10 min Nova 240 (the car can take more)

    The table comes from the same catalogue that drives the charger finder and the per-car pages on this site, and changes when it does. Spot a car missing or a figure out of date? Tell us at hello@zevpoint.com.