Adding EV Charge Points at Your Business — A Plain-English Introduction

Where to start when you’re thinking about EV charging at your site: audience first, hardware second, funding last.

By Stephen Bates, Plug-n-Go · Reading time: approx. 8 minutes

Why now?

Two things have shifted at once. The UK EV parc has crossed the point that a meaningful share of your staff, your visitors and your customers now drive electric or plug-in hybrid (PHEV) and that share is only growing. Alongside this, the economics of installation, hardware and grid connection are more predictable than they were even two years ago. What used to be a bespoke, ‘six-quotes-and-a-headache’ project is now closer to a considered, comparable, off-the-shelf decision.

The other shift is one in expectation. Where a workplace or destination location used to offer charging as a perk, now businesses are increasingly noticed for the absence of any charging facility. In staff attraction, in venue selection, in shopping-basket size, the presence of charging is quietly becoming a hygiene factor rather than the differentiator it once was.

Who are the chargers for? Start here.

Almost every conversation about charging benefits from being split three ways.

Staff. People who work at your site regularly. They arrive around the same time each morning, park for six-plus hours, and leave in the evening. Their charging needs are slow, cheap, predictable. A 7 kW AC (alternating current) charger on a Monday morning will meaningfully replenish most cars by mid-afternoon. Staff charging is the easiest case to reason about: high dwell time, low peak demand, straightforward to meter and a malleable tariff to recharge to the employee at discount, cost or free.

Visitors. People visiting your site for a specific purpose: meetings, appointments, deliveries, inspections — the list, and charging demand, is endless. Dwell time is typically one to three hours. They need enough charge to feel confident continuing their day, not necessarily a full battery. Reliable AC works provided the charger is available when they arrive; a mid-speed DC (direct current) unit is overkill unless you’re a hotel or event venue with genuine turnover.

Customers and clients. People who come to spend money or time with you: shoppers, restaurant guests, hotel residents, event attendees, patients, students. Their needs vary enormously by sector, but they share one important characteristic: their charging experience is part of your customer experience. A broken charger, a confusing pricing display, a blocked bay by a non-EV aren’t just a technical failure but a review of your business offering.

Framing the decision by audience first, hardware second, is what separates the sites that get charging right from the ones that end up with an underused installation nobody owns.

Many sites encompass multiple of these audience use cases and now you’re thinking strategically. Finding a charging partner solution that can allow for some chargepoints to be private use only or between certain set hours, or differentiate your staff from your customer with recognition software in payment methods or recognition hardware in fobs, means one installation project can intelligently work across multiple user bases.

Which businesses does this apply to?

Almost all of them. But the shape of the answer changes.

Hospitality. Hotels, restaurants, wedding venues, holiday parks. Long dwell times (a night at a hotel, three hours at dinner) mean AC is often sufficient and a full charge is a genuinely useful gift to leave your guests with. Booking sites increasingly list “EV charging available” as a filter in third party booking tools, being on the right side of that switch matters.

Leisure and attractions. Days out, heritage sites, sports venues, theme parks, event venues. Long dwell times but very variable numbers — Saturdays five hundred cars, Wednesdays fifty. Sizing to the average is a mistake; sizing to the peak is expensive. The right answer usually involves a smaller number of DC units for the peak plus AC for the average, and clear signage.

Workplaces and offices. As above under staff, but also worth thinking about visitor bays specifically. A charger reserved for meeting visitors, even one, changes what “welcome to our office” looks and feels like.

Retail and supermarkets. Short-to-medium dwell times, high turnover, mixed AC and DC useful. The value isn’t just charging revenue, it’s the extra ten minutes shoppers spend in-store because their car is being topped up. Retailers of all sizes now increasingly see charging as part of the visit, not adjacent to it.

Healthcare and education. Hospitals, universities, schools, GP surgeries. Long dwell times, predictable patterns, a mix of staff and visitor use. Often a case for phased rollout as electric take-up grows within the community you serve.

Public and municipal sites. Council car parks, park-and-rides, town-centre kerbside, the answer here is almost always anchored in AC with a smaller number of DC for through traffic where applicable. Regulatory obligations vary; grants sometimes apply.

Fleet and logistics. Depots, delivery centres, taxi ranks. Almost always a fleet-first conversation, with staff charging as a secondary consideration. Load management (how you sequence multiple vehicles charging overnight without upgrading your grid supply) becomes the central technical question. And there’s a useful dual-use opportunity here worth designing for from the start: the same infrastructure that recharges your fleet overnight can be made available to staff for their own electric or plug-in hybrid vehicles during the working day. One installation, two audiences, better utilisation of the kit you’ve put in the ground.

Your business type will bias where you start. But every one of them benefits from the staff-visitor-customer framing above.

The finance and operations question

Broadly, there are three ways to end up with charge points on your site.

Own it. You buy the hardware, you commission the installation, you contract the network operator (if any), you handle the maintenance, you set the tariff, you keep the revenue. This is the “traditional” model and works well for sites with in-house facilities expertise and long-term ownership certainty. It’s front-loaded on capital; you spend on year one and recoup over three to ten based on intention and utilisation.

Lease it. The hardware is financed, either through the charge point operator or through a specialist EV-lease provider. You still handle most of the operational side but the up-front outlay is smaller. Depending on the terms, you may be locked into a specific hardware or software choice for the lease period.

Have it managed. The charge point operator installs, maintains, monitors and sets pricing on your behalf. Your site becomes a charging destination without you needing to become a charging business. Revenue is either a fixed rental to you, a per-kWh share, or both. This is the option most non-specialist sites now choose, because it removes the operational burden — 24-hour driver support, fault detection, invoicing, tariff-setting, roaming with other networks, compliance with the Public Charge Point Regulations 2023 — and treats charging as a service rather than an asset.

The right choice for you depends on the answer to a small number of questions: how much capital you want to commit, how much operational responsibility you want, how long you plan to own the site, and how much control you want over pricing.

The Plug-n-Go managed service

We offer the managed-service model, and it’s how most of our partner sites now work with us. In simple terms, we take on the site covering the hardware, the software, the network connection, the driver support, the maintenance, the pricing, the compliance and you provide the space and the electricity. Revenue is shared. If a charger goes down at three in the morning, our team knows before the first driver arrives at seven. If a driver has a problem at the bay, they reach WattBot on WhatsApp or a human on the phone, immediately, and not you. If pricing needs to change to reflect wholesale costs or seasonal patterns, we handle it.

For most businesses, the managed-service route is the fastest and lowest-risk way to add charging to a site. It also means you get access to our roaming network of 800,000+ chargers across sixty countries as part of the same deployment, so your visitors and customers can find and use your site through their existing app of choice.

The Plug-n-Go take

If you’re at the very beginning of the “should we?” conversation, don’t start with hardware. Start with your audience. Work out roughly how many staff, visitors and customers drive electric or plug-in hybrid today and think about what each group needs from the experience. That framing will make every subsequent question — how many chargers, what speed, where on site to put them, how to fund them, whether to run them yourself or hand them to us — much easier to answer.

We’ve helped a wide range of site use types, supermarkets, hotels, universities, leisure attractions, workplace offices, local authorities and even more niche use cases get their first chargers in the ground. If it’s helpful, we’d be happy to talk it through. The first conversation is free, and it usually saves both of us time later.

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Frequently asked questions

How many charge points does a site typically need?

There’s no rule, but a common starting point is one charger per 20 daily EV-driving users of the site, plus a couple of dedicated visitor or customer bays. It’s better to install fewer chargers well than more chargers badly, the operational overhead compounds.

AC or DC?

Almost always an argument for both, but weighted heavily to AC. AC handles overnight charging, workplace charging and destination charging (hotels, restaurants, long visits) at a fraction of the installation and running cost of DC. DC is worth its extra cost only where the dwell time is genuinely short, thirty minutes or less, and turnover matters more than energy per session.

What about grid capacity?

The right answer often isn’t “get a bigger grid connection”. Load-management software — which sequences and throttles multiple chargers based on the real-time draw from the rest of your site — means you can install a lot more charging than your headline supply would suggest. Where the numbers still work against a supply upgrade, we also integrate seamlessly with on-site battery storage: the batteries top up cheaply during off-peak periods and discharge into your chargers when demand spikes, side-stepping the cost of a full Distribution Network Operator (DNO) reinforcement. All of this gets factored in during the site survey.

Are there grants available?

Yes, and they change. The Workplace Charging Scheme, the On-Street Residential Chargepoint Scheme, and various local authority grants can all apply depending on your business type and location. We keep an eye on what’s current and factor it into proposals.

How long does the process take from first conversation to first plug-in?

Six to twelve weeks is typical for a simple workplace or destination site with adequate existing supply. Grid upgrades, DNO consultation and planning-permission requirements can extend that. We’ll always give you a realistic date at the point of quote, not an optimistic one.