Walk through the parking level of a newer office tower in almost any major city and you’ll probably spot a row of chargers near the lift lobby. Five years ago that would have been a novelty. Now tenants ask about it during site visits, sometimes before they ask about the cafeteria.
For anyone who owns or manages commercial property, that change matters. Offices, malls, hotels, apartment complexes and warehouses all have what EV drivers need most: parking spaces where cars sit for a while. Owners who wire those spaces early are finding it easier to lease, and harder for the building down the road to undercut them.
Below we look at why charging has moved up the amenity list, where it pays back, and what to think about before you install.
More EVs on the road means more cars looking for a plug
EV sales have climbed steadily in most major markets, helped by government incentives, cheaper batteries and a much wider choice of models. A few years ago a buyer had a handful of electric cars to pick from. Today there are electric hatchbacks, SUVs, three-wheelers and delivery vans.
Home charging handles a lot of this demand, but plenty of drivers can’t rely on it. People in older apartment buildings often don’t have an assigned spot, let alone a socket next to it. Fleet vehicles run long shifts. A commuter with a 60 km round trip may need a top-up before heading home.
So the charging ends up happening where the car is parked during the day, which is usually a workplace, a mall, a hotel or a public lot. Buildings are also planned for decades of use. A project designed today without charging capacity could look dated long before its first major refurbishment.
Tenants are already asking for it
The plainest reason to install chargers is that people want them. HR teams at companies leasing office space get requests from employees who’ve switched to EVs. Residents in gated communities raise it at association meetings. Mall visitors open a charging app, filter by area and decide where to spend their Saturday based on what comes up.
When a building can’t offer charging, the cost isn’t always visible right away. A corporate tenant with a net-zero pledge may quietly drop your property from its shortlist. An employer hearing complaints from staff may weigh that at renewal. A family looking for lunch drives past because your site never showed on their map.
Then there’s how a building is perceived. Two office towers with similar rents and locations get judged on small details, and a working bank of chargers tells a prospective tenant the property is being looked after.
Where the money comes from
Owners often treat charging as a cost they have to absorb. In practice it can lift the value of the asset and bring in income of its own.
Start with occupancy and rent. Amenities that tenants ask for make it easier to fill space and hold rents at renewal. Buyers and valuers are also starting to ask whether a property is EV-ready, since retrofitting later is expensive.
Dwell time is the next piece. Someone charging at a mall usually stays until the battery reaches a useful level, which can be an hour or more, and that’s extra time in the shops and food court. Hotels see a similar pattern: a traveller in an EV will often book the property that promises a charger overnight.
Charging can also earn money directly. You can bill a flat rate, by time of use, by elapsed time or by kWh delivered, and fold access into a lease or a monthly subscription for residents. Pricing peak and off-peak hours differently also spreads demand across the day, so the same chargers serve more drivers.
Networked chargers also produce usage data. You can see which hours are busiest, how many people come back regularly and when it’s time to add connectors.
ESG goals and building rules
Investors and lenders now ask harder questions about a building’s environmental record. Chargers are one of the few upgrades that are easy to point to and easy to measure, since the charge point management software logs every kWh delivered.
Green building programmes such as LEED and BREEAM give credit for EV charging provisions. That helps with certification, which in turn can help with financing and tenant interest. If the chargers draw partly on rooftop solar or a renewable power contract, the case gets stronger.
Rules are tightening as well. A growing number of building codes now set minimum charging or pre-cabling requirements for new and renovated commercial buildings, and more are likely to follow. Laying conduit and sizing electrical capacity during construction costs far less than breaking up a finished basement to add it later.
Which properties benefit, and how
Each property type uses charging differently, mostly because people park for different lengths of time.
| Property type | Typical dwell time | Best-fit charger | Main benefit |
| Office buildings | 6–9 hours | Level 2 (AC) | Tenant attraction and employee satisfaction |
| Retail and malls | 1–3 hours | Level 2 plus some DC fast | More visits and longer stays |
| Hotels and hospitality | Overnight | Level 2 (AC) | Booking preference and guest loyalty |
| Multifamily residential | Overnight | Level 2 with load management | Resident retention and higher rents |
| Fleet depots and logistics | Varies by shift | DC fast plus Level 2 | Fleet uptime and lower fuel costs |
| Public parking and highways | 20–60 minutes | DC fast | Charging revenue and traffic |
Matching charger speed to dwell time is the biggest design decision. A DC fast charger in an office car park, where cars sit for eight hours, is mostly wasted money. A slow AC unit at a highway stop will annoy everyone who pulls in.
Picking the right setup
A good installation starts with a site assessment, not a product catalogue. A few things are worth settling early.
The first is charger type. Level 2 AC chargers work well where cars stay several hours, and they’re cheap enough to install in numbers. DC fast chargers can add a large share of a battery’s range in under an hour, so they suit malls, highway sites and fleet depots where turnaround matters.
Next is software. It shapes the day-to-day experience more than the hardware does, so it gets its own section below.
Load management is the part people tend to overlook. It shares the available power across whichever chargers are in use, so you can add connectors without upgrading your grid connection straight away. It also keeps peak demand charges down on the electricity bill.
Plan for growth too. Even if you install six chargers now, run the conduit and size the panels for twenty. And make sure the hardware supports OCPP, the open protocol most of the industry uses (versions 1.6, 2.0.1 and now 2.1), so you can change software providers later without replacing every charger.
The software is what people actually notice
Tenants rarely care which brand of charger is bolted to the wall. What they notice is whether it starts first time, whether the price makes sense and whether the bill is clear. All of that comes down to the charge point management software behind it.
For a commercial building, a few features make the biggest difference. Different groups can pay different rates, so residents, office tenants and visitors aren’t all on one tariff. Each charger can be set as private, public or open during set hours, which stops visitors taking bays meant for tenants. Faults show up on a dashboard and many can be fixed remotely before anyone complains. At the end of the month, owners and associations get one clean statement per building instead of a pile of session logs.
It also pays to choose a hardware-agnostic platform. If you later add chargers from a different manufacturer, or one brand stops being supported, the software and your users’ app stay the same.
The usual objections
Cost comes up first. Hardware prices have dropped, and government incentives, utility schemes and tax benefits can cover part of the bill. Some providers also offer charging-as-a-service, where they fund the equipment and share the revenue with the owner.
Power capacity is the second worry. A proper load study often shows more headroom than expected, and load management, a phased rollout or battery storage can stretch it further.
Running it is less of a burden than owners fear. Networked chargers report faults on their own, and a good management platform lets someone reset or reconfigure a charger remotely, so most issues are fixed without a site visit. You don’t need to hire an operations team to look after a few car parks.
If demand looks thin today, install a small number of chargers with the wiring ready for more. Six months of usage data will show you where to expand.
Getting started
Charging is fast becoming one of the things people check before they sign a lease, book a hotel or pick a mall for the weekend. Properties that offer it are easier to let and better placed for the rules heading their way. Those that wait may find a competitor has already won over the local EV drivers.
A sensible first step is a site survey: how much power you have, how long people park, and how many chargers you need now compared with three years from now.
Zynetic Electric Vehicles Charging Private Limited builds the CPMS software that sits behind those chargers. It’s hardware-agnostic, so it works with any OCPP-compliant charger you already have or plan to buy, and it’s the same platform Zynetic uses to run its own public charging network. For property owners, that means tariffs, access, monitoring and monthly statements handled in one place, without an operations team on the payroll.
Send us one site plan and we’ll tell you what it can earn, which model fits your lease, and what stays off your desk. Book a demo.
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