EV Chargers for Parking Facilities

The UK public EV charging network grew by 28% in a single year, with over 116,000 public charge points now installed nationwide. That growth is accelerating, and parking facilities are at the centre of it. As the place where vehicles spend the most time stationary, car parks are structurally the most efficient location for electric vehicle charging infrastructure. The vehicle is already stopping. The only question is whether it leaves with a fuller battery than it arrived with.

For car park owners and operators, that question carries a direct commercial answer. EV charging for car parks is no longer a sustainability gesture. It is a revenue stream, a footfall driver, a differentiation tool and, increasingly, a compliance requirement. This guide covers everything you need to know to make a confident, well-structured decision: from charger type and grid capacity to pricing models, operational management and the long-term commercial case.

Why Parking Facilities Are Ideal for EV Charging

Of all the locations where EV charging infrastructure can be deployed, parking facilities offer the most naturally aligned relationship between vehicle behaviour and charging need. EV drivers prefer to charge while they are doing something else. A parked car is the ideal candidate.

Dwell time is the key variable. Unlike petrol forecourts designed for three-minute stops, parking facilities hold vehicles for anywhere between 30 minutes and several hours. That dwell time is the raw material of EV charging revenue. A 7kW AC charger running for two hours adds roughly 14kWh to a vehicle's battery. At £0.45/kWh, a typical mid-market public charging rate, that is £6.30 per session. Multiply that across a multi-bay installation running at meaningful utilisation and the numbers compound quickly.

Destination charging, the category that includes car parks, accounts for 49% of all publicly available charging devices in the UK, making it the single largest location category in the national network. This is not a coincidence. It reflects where EV drivers consistently find it most convenient and practical to charge. Operators who capture that demand early establish a structural advantage over those who delay.

Beyond revenue, parking facilities with EV charging infrastructure benefit from:

• Higher footfall: EV drivers actively seek out charging locations when planning journeys and errands, using apps and maps that surface charge-point-equipped venues first.

• Longer dwell times: a driver waiting for their vehicle to reach target charge spends more time in adjacent retail, hospitality or leisure facilities, increasing ancillary spend.

• Improved asset value: properties with EV infrastructure are increasingly rated more favourably by valuers and investors as sustainability credentials become material to asset pricing.

• Regulatory compliance: Building Regulations Part S requires EV-ready infrastructure in new and significantly renovated non-residential buildings with more than ten parking spaces, reflecting a clear direction of travel from the government.

Market Context

The UK EV charging station market generated over £620 million in 2024 and is projected to reach £9.7 billion by 2033. With 1.83 million fully electric cars already on UK roads and pure-electric vehicles accounting for 23% of all new car sales in 2025, the demand side of this equation is not speculative. It is here.

Types of Parking Facilities and Use Cases

Not all car parks are alike, and the right EV charging strategy depends heavily on the type of facility, its typical user profile and the dwell times it supports. Understanding these distinctions is the starting point for a well-matched installation.

Public Car Parks

Publicly accessible car parks, whether operated by local authorities, national operators or independent owners, serve a wide and varied driver population. Dwell times range from under an hour for short-stay visitors to several hours for town centre shoppers and commuters using park-and-ride schemes. This variability makes charger mix important.

Short-stay bays benefit most from faster AC charging (22kW) or rapid DC charging (50kW and above), which can meaningfully top up a battery within a one to two hour visit. Longer-stay zones are well-served by standard 7kW AC chargers, which require less infrastructure investment per bay and deliver a full charge cycle over the course of a typical multi-hour visit.

Public car parks also carry the broadest brand visibility. A well-signposted charging hub in a town centre or transport interchange positions the operator as a civic infrastructure provider, an increasingly valued identity as local authorities and parking companies face growing pressure to demonstrate sustainability leadership. Listing on charging apps like Zap-Map dramatically increases discoverability, routing EV drivers to your location from across a wide catchment area.

Commercial and Private Car Parks

Commercial and private car parks, including those serving office buildings, business parks, hospitals and educational institutions, operate with a more predictable user base. Vehicles typically arrive in the morning and depart in the evening, giving dwell times of six to nine hours. This is the sweet spot for 7kW AC charging: long enough for a full charge cycle at modest infrastructure cost, with no need for the speed premium of rapid charging.

For fleet operators using private car parks as depot charging locations, the calculus shifts. Higher-powered AC (22kW) or DC rapid charging may be necessary to turn vehicles around within shift patterns, particularly for delivery or service fleets where vehicles return mid-day before heading out again. Smart load management is especially important in fleet depot settings, where multiple vehicles charging simultaneously can create significant grid demand peaks.

For healthcare and government facilities, staff car parks present a dual opportunity: serving employees with long-dwell charging while improving the organisation's Scope 3 emissions profile and supporting the transition of staff to electric vehicles.

Retail and Destination Parking

Retail and leisure destinations, including shopping centres, supermarkets, garden centres, cinemas and restaurants, represent one of the highest-opportunity categories for car park EV charging solutions. Dwell times of one to three hours align well with a mix of 7kW and 22kW AC charging, with a case for rapid DC (50kW and above) at higher-footfall sites where throughput is a priority.

The commercial logic here is particularly compelling. EV drivers who choose a retail destination partly because it offers charging are already predisposed to spend, and research consistently shows they spend more and stay longer than equivalent non-charging visitors. This has prompted a significant shift in how major retailers and leisure operators think about car park charging: not as a cost to be minimised, but as a footfall investment with a measurable return.

Destination charging at retail parks is also seeing a structural shift towards faster charge points. Sites with sub-four-hour dwell times, including supermarkets and gyms, are increasingly opting for rapid and ultra-rapid chargers, enabling more vehicles to be served across the same number of bays during a trading day. Blink's commercial charger range covers the full spectrum from standard AC to rapid DC, allowing operators to configure the right mix for their specific site and visitor profile.

Power and Grid Capacity

Grid capacity is frequently the most complex and time-consuming aspect of a car park charging deployment, and the one most likely to determine overall project cost and timeline. Before any chargers are specified, a site survey should assess your existing electrical supply, the DNO (Distribution Network Operator) connection, your on-site distribution boards and the maximum demand your infrastructure can currently support.

If your existing supply is insufficient for the planned number of charge points, you face one of two routes: applying to your DNO for an upgraded connection, which can take months and cost tens of thousands of pounds depending on proximity to the grid, or implementing smart load management that distributes available power dynamically across charge points to stay within existing supply limits.

Smart load management is almost always the more practical and cost-effective approach for sites in the early stages of charging deployment. It allows you to install more charge points than your raw grid connection would otherwise support, by ensuring not all units draw maximum power simultaneously. As utilisation grows and the ROI case for a grid upgrade strengthens, the infrastructure can be upgraded without requiring charge point replacement.

Infrastructure First

Blink conducts free site surveys that assess your existing electrical infrastructure, DNO connection capacity and civil works requirements before any hardware is specified. This prevents the most expensive mistake in EV charging deployment: installing charge points that your site cannot actually power. Request yours at blinkcharging.com/en-gb/request-a-quote

Additional infrastructure considerations that affect cost and planning include:

• Cabling runs: the distance between your distribution board and the intended charge point locations directly affects installation cost. Car parks where the electrical supply is located at the opposite end of the site to the planned charge bays require longer trenching or surface cable management.

• Civil works: groundworks for underground cabling, surface reinstatement and bay marking can be significant, particularly in multi-storey or basement car parks where access is constrained.

• Wayleaves and landlord consent: where the car park is leased rather than owned, landlord consent for infrastructure works may be required. Blink's team can support with the documentation required.

• Future-proofing: installing ducting and sub-boards sized for future expansion during initial groundworks costs a fraction of what retrofit works cost later. Planning for 30 to 40% EV penetration in your car park, even if you are only activating 10 to 15% of bays today, is widely recommended industry practice.

Operational and Commercial Benefits

The investment case for EV chargers in parking facilities is built on multiple overlapping commercial benefits, some direct and immediately quantifiable, others structural and compounding over time.

Direct charging revenue. The most straightforward return is the revenue generated by charging sessions themselves. At a public rate of £0.40 to £0.60/kWh, a 7kW charger running for an average of four hours per day generates approximately £11 to £17 per day. Across a 10-bay AC installation running at 70% utilisation, that represents roughly £28,000 to £44,000 in gross annual revenue before accounting for electricity cost. Some landlords operating premium rapid charging hubs have reported returns of up to £10,000 per bay per annum at high-utilisation sites.

Increased footfall and dwell time. EV drivers plan their stops around charging availability. A car park that appears prominently on Zap-Map and the Blink app attracts drivers who would otherwise have chosen a competitor venue. Once on site, the charging session anchors the visit: a driver who needs 45 minutes on charge is a captive audience for your adjacent retail or hospitality offering. This effect is well-documented in the retail sector, where charging-equipped car parks consistently outperform non-charging equivalents on average basket size and visit duration.

Asset value and tenancy appeal. For property investors and commercial real estate operators, EV charging infrastructure is increasingly a valuation input rather than an amenity. Buildings and car parks with charging capability command stronger tenant interest, lower void periods and, in some cases, measurably higher yields. As institutional investors apply ESG screening criteria more rigorously, the absence of EV infrastructure in a car park asset is becoming a question asked in due diligence.

Competitive differentiation. In most UK towns and cities, the majority of car parks still offer no EV charging. For operators who move now, the window to differentiate on this basis is open. EV drivers are loyal to locations that serve their needs reliably, and network effects, including app listings, word of mouth and repeat visits, compound over time. The operators building that loyalty today are establishing an advantage that will be difficult and expensive for late movers to replicate.

Access to public funding. The government's £381 million Local EV Infrastructure (LEVI) Fund is actively supporting public and commercial charging installation across the UK. Blink has already secured LEVI funding in partnership with West Yorkshire Combined Authority. Car park operators working with an experienced delivery partner can access these funding streams to reduce capital outlay significantly, accelerating the return on investment timeline.