Destination Charging Explained: A Guide for Indian Businesses (2026)

Destination charging is charging installed where people are already going, rather than where they stop specifically to charge. A hotel car park, a mall, a restaurant, a cinema, a resort. The driver did not come for the charger; they came for the destination, and the charger is something useful that happens while they are there.

That distinction sounds minor and changes almost everything about how the infrastructure should be specified, priced and justified. This guide covers what makes destination charging different, and how Indian businesses should approach it.

How it differs from public fast charging

A highway fast charger is a standalone business. Its customers arrive because they need energy, they leave once they have it, and the revenue comes from selling that energy at a margin. Utilisation is everything, and the site lives or dies on traffic.

Destination charging inverts nearly all of this. The customers were coming anyway. They stay for hours rather than minutes. The charger competes for their attention with everything else at the venue, which is to say not at all. And the revenue frequently is not the energy but the reason they chose your venue over the one down the road.

	Public fast charging	Destination charging
Why the driver is there	To charge	For the venue
Dwell time	20 - 60 min	2 - 12 hrs
Typical hardware	DC, 30 - 240 kW	AC, 7 - 22 kW
Capital cost	High	Low
Grid work	Often a transformer	Usually existing supply
Primary return	Energy margin	Footfall, bookings, dwell
Utilisation risk	High	Low

The last row is the one that most changes the investment case. A fast charger at a poor location is an expensive stranded asset. A few AC points at a hotel that turn out to be lightly used have cost very little, and the downside is correspondingly small.

Why AC is almost always the right answer

Dwell time decides charger speed, and destination dwell times are long.

A hotel guest parks overnight. A 7.2 kW AC point delivers a full charge in that window several times over. A DC unit would deliver the same result in forty minutes and then sit occupied by a car whose owner is asleep, having cost many times more to install.

A mall visitor stays two to four hours. An 11 kW AC point adds meaningful range across a film and a meal. A restaurant diner stays ninety minutes, which an AC point handles comfortably.

The exception is a venue that also sits on a through route, where passing drivers represent a genuinely separate customer group. A highway-adjacent hotel can justify both: AC for guests, a DC unit facing the road for travellers. But these are two businesses on one site, not one.

Specifying DC for a pure destination site is the most common and most expensive mistake in this category.

What it actually returns

Destination charging rarely pays back on electricity margin, and businesses that evaluate it that way usually conclude it does not work. The returns sit elsewhere.

Booking and visit decisions. EV drivers filter. Hotel booking platforms, mapping apps and charging apps all let users find venues with charging, and for a driver planning a trip that filter is often applied before price. Being on that list is the return.

Longer dwell. A customer waiting for a charge stays longer, and in hospitality and retail longer visits mean higher spend. This is measurable if you correlate charging sessions with transaction values.

Customer profile. EV ownership currently skews toward higher-spending customers. Attracting them is worth more per visit than the average.

Differentiation. In a market where competing venues are broadly similar, being the one with charging is a concrete reason to choose you. That advantage shrinks as adoption grows, which is an argument for installing sooner rather than later.

Corporate and event business. Companies with sustainability commitments increasingly consider facilities when booking venues for events and stays. Charging appears on those checklists.

Pricing: the counterintuitive part

Businesses instinctively price charging to profit on it. For destination charging that instinct is usually wrong.

If the purpose of the charger is to attract customers, pricing it above nearby alternatives defeats the purpose. A hotel charging a premium rate is telling EV-driving guests to book elsewhere, in exchange for a small margin on a handful of units of electricity.

The workable approaches, roughly in order of how common they are:

Free for customers. Simplest, strongest as a marketing proposition, and genuinely cheap at typical volumes. The risk is non-customers using it, which is managed with access control rather than pricing.

At cost. Covers your electricity, removes any argument about subsidising guests, and still reads as fair to customers who compare rates.

Free with a minimum spend or bundled with a room rate. Ties the benefit to the business outcome you actually want.

Paid, at or near local public AC rates. Appropriate where charging is genuinely a service you are selling, such as long-stay parking.

Whichever you choose, publish it clearly. Ambiguity about whether charging is free, and for whom, generates more friction at reception than any price does.

Access control matters more than you expect

The practical problem at destination sites is not demand. It is the wrong people using the charger, or the right people not leaving.

Restricting to customers can be done through app-based access, RFID cards issued at reception, or a code given with a booking. Deciding this before installation avoids retrofitting an access system onto an open charger.

Bay hogging is the more common complaint. A car that finished charging four hours ago is occupying a resource other guests need. Idle fees or a clearly communicated policy solve it; hoping people will move their cars does not.

Non-EV parking in charging bays is endemic at Indian venues and is a signage and enforcement problem rather than a technology one. Mark the bays clearly, and make sure whoever manages the car park knows the rule.

Sizing a destination site

Over-installing wastes capital; under-installing creates conflict. A reasonable approach works from parking capacity and turnover rather than from EV registration statistics.

For a hotel, start with a small proportion of total bays and plan to expand. Guests arrive across an evening rather than simultaneously, and overnight dwell means each point can serve one vehicle per night comfortably.

For retail and dining, turnover is higher and dwell shorter, so each point serves several vehicles a day. Fewer points cover more customers than a hotel equivalent.

For offices and long-stay parking, sizing follows the workplace model: roughly one point per three to five EV drivers, with scheduling to share capacity.

The important part in all cases is laying cable and conduit for several times what you install. The civil work is the expensive, disruptive element, and doing it once for future capacity is dramatically cheaper than repeating it.

Getting listed and found

An unlisted charger is close to worthless as a marketing asset, because the drivers you want cannot filter for it.

Charging apps and maps. Ensure the site appears, with accurate connector types, power ratings, access rules and pricing. Inaccurate listings are worse than absent ones, because a driver who arrives to find the charger unavailable or restricted will remember.

Your own channels. Booking pages, listing sites, Google Business Profile and directions. Many venues install charging and never mention it anywhere a customer would look.

Physical wayfinding. Signage from the entrance to the bay. A charger a guest cannot find in a large basement car park is functionally absent.

Staff awareness. Reception and security should know the charger exists, where it is, how it is accessed and what it costs. This is the most commonly neglected step and the one guests notice first.

Practical installation considerations

• Confirm your sanctioned load and available headroom before specifying anything.
• Use load management for multiple points; it usually removes the need for a supply upgrade.
• Position bays sensibly, near the entrance rather than in the least valuable corner. Placement signals whether the amenity is genuine.
• Light the bays properly. A meaningful share of use is after dark, and perceived safety affects whether people use them.
• Cover them if you can, which matters for both monsoon usability and equipment life.
• Specify OCPP-compliant hardware so you are not tied to one platform for a decade.
• Plan for two-wheelers. At many Indian venues these outnumber cars, and low-power points cost very little.
• Name someone accountable for uptime. A broken charger listed as working damages you more than having none.

Who should install it, and what they get

The case varies by venue type, and the differences are worth being specific about.

Hotels and resorts have the strongest case in India. Overnight dwell suits AC charging perfectly, booking platforms let guests filter for it, and EV drivers planning intercity travel actively choose accommodation by charging availability. For a resort on a popular drive route, charging can be the deciding factor in a booking.

Malls and cinemas benefit from dwell that already runs two to four hours. The charger extends visits marginally and, more importantly, appears in charging apps as a place to stop, which brings people who would otherwise have gone elsewhere.

Restaurants and cafés get disproportionate value relative to cost because margin per visit is high and the dwell is naturally the right length. A driver choosing between two similar restaurants will pick the one where the car charges.

Offices and business parks serve employees and visitors, and the case here is largely retention and tenancy rather than customer acquisition.

Hospitals, educational campuses and government facilities have long dwell and captive audiences, and increasingly face institutional sustainability expectations that charging helps satisfy.

Apartment complexes occupy a middle position: technically destination charging, but serving residents rather than customers, which changes the access and billing model considerably.

What it costs to run

Because the capital cost is modest, operating considerations often dominate the total. Worth budgeting for explicitly rather than discovering:

Electricity at your commercial tariff. For most destination venues the volumes are small enough that this is a minor line, but check whether your tariff includes demand charges, since several simultaneous sessions can raise a measured peak.

Platform subscription, typically charged per charger per month. Across a multi-point installation this accumulates and is easy to overlook when comparing hardware prices.

Maintenance and cable replacement. Public-facing cables are consumables in heavy use. Budget for replacement rather than treating each one as an unexpected failure.

Staff time. Someone has to field questions, deal with a blocked bay, and report a fault. Small but real.

Occasional grid or wiring work as you expand, which is far cheaper if you laid spare capacity at the outset.

Against these, the offsetting revenue is usually indirect, which is why the operating budget should be approved as a marketing or facilities cost rather than assessed as a profit centre that must wash its own face.

Common mistakes

Installing DC because it sounds better. Expensive, unnecessary at destination dwell times, and often requiring grid work that dwarfs the hardware cost.

Pricing to profit on energy. Undermines the entire reason for installing it.

Installing one point. A single charger is occupied or broken often enough to disappoint more guests than it pleases.

Not listing it anywhere. The marketing value is realised through discoverability, not through the hardware existing.

Ignoring maintenance. Public-facing cables take handling and wear out. An unmaintained charger becomes a liability listed on apps.

Treating it as a one-off project. Demand grows. Sites that plan for expansion handle that cheaply; sites that do not end up trenching the car park twice.

Key takeaways

• Destination charging serves people who came for the venue, not for the charger.
• Long dwell times make AC the right choice; DC is usually wasted capital at these sites.
• The return is footfall, bookings and dwell time, not electricity margin.
• Pricing above local alternatives defeats the purpose of installing it.
• Access control and idle policy matter more than raw charger count.
• Lay conduit for several times the points you install today.
• Accurate app listings, signage and staff awareness determine whether it is actually used.

Destination charging is among the lowest-risk EV infrastructure a business can install: modest capital, minimal grid work, and a return that shows up in bookings rather than in a meter reading. The venues getting it wrong are almost always the ones that specified it as if it were a fuel station.