EV Charging for Retail Parks and Shopping Centres: A Manchester Guide
Retail parks and shopping centres across Greater Manchester are at a tipping point. With electric vehicles now accounting for more than one in three new car registrations in the UK, shoppers increasingly expect to charge their car while they browse. For retail landlords, property managers and centre operators, EV charging is no longer a niche amenity — it is a footfall driver, a revenue stream and a competitive differentiator.
This guide explains what retail property operators in Manchester need to know about installing EV charging infrastructure, from choosing the right charger types to the commercial models that make the investment pay for itself.
Why Retail Properties Are the Ideal Location for EV Charging
The relationship between EV charging and retail is uniquely complementary. Unlike workplace charging where vehicles sit for eight hours, or residential charging that happens overnight, retail charging occupies a middle ground — vehicles are typically parked for one to three hours, which aligns well with fast and rapid charger capabilities.
Dwell time alignment — A 22 kW fast charger adds approximately 60 to 80 miles of range per hour. A shopper spending 90 minutes in a retail park can add over 100 miles of range during a typical visit. This is enough for most drivers' daily needs, making retail destinations a natural charging location between home and workplace.
Footfall and spend — Research consistently shows that EV drivers spend more time and money at locations offering charging. A 2025 study by Zapmap found that EV drivers spent an average of 26 per cent more per visit at retail locations with charging facilities compared to those without. For a shopping centre averaging 15,000 visitors per week, that uplift is significant.
Competitive advantage — Across Greater Manchester, the retail parks and centres that install charging first will attract the growing EV-driving demographic. Those without charging risk losing footfall to competitors, particularly for destination shopping trips where drivers choose between similar options.
Revenue generation — Unlike many property amenities that are pure cost, EV charging generates direct revenue. Depending on the pricing model, retail charging can deliver a return on investment within two to four years while simultaneously driving the indirect revenue benefits of increased footfall.
Choosing the Right Charger Types for Retail
The optimal charger mix depends on your site layout, electrical supply capacity and the typical visit duration of your customers.
Fast Chargers (7 kW to 22 kW)
For retail parks where the average visit is two to three hours, 22 kW fast chargers offer the best balance between installation cost and charging speed. They provide a meaningful charge during a typical shopping trip without requiring the heavy electrical infrastructure of rapid chargers.
Typical installed cost: £1,500 to £3,500 per unit.
Best for: Retail parks, supermarkets, garden centres and leisure destinations where customers typically park for one to three hours.
Rapid Chargers (50 kW to 150 kW)
Rapid chargers are suited to high-turnover retail locations where customers want a quick top-up during a shorter visit. They can add 100 miles of range in 20 to 30 minutes, making them attractive for convenience-focused retail such as drive-through restaurants, petrol station forecourts and click-and-collect points.
Typical installed cost: £25,000 to £60,000 per unit, including electrical infrastructure.
Best for: Click-and-collect bays, food courts with high turnover, standalone rapid charging hubs adjacent to retail.
The Mixed Approach
Most successful retail EV charging installations use a combination. A typical Manchester retail park might install eight to twelve 22 kW fast chargers for general parking, plus two to four rapid chargers near the entrance for quick-stop visitors. This approach maximises utilisation across different customer behaviours without over-investing in expensive rapid infrastructure.
Commercial Models: How Retail EV Charging Pays for Itself
There are several established commercial models for retail EV charging, each with different risk profiles and revenue characteristics.
Self-Funded Installation
The property owner purchases, installs and operates the chargers directly, keeping all charging revenue. This delivers the highest long-term return but requires upfront capital expenditure and ongoing management responsibility.
Typical economics for a 10-unit fast charger installation:
- Capital cost: £25,000 to £40,000
- Annual electricity cost: £8,000 to £15,000 (depending on utilisation and tariff)
- Annual charging revenue at 45p per kWh: £15,000 to £30,000
- Payback period: Two to four years
Charge Point Operator Partnership
A charge point operator (CPO) such as Pod Point, BP Pulse or Connected Kerb installs and operates the chargers at no cost to the landlord. The CPO takes the charging revenue, and the landlord typically provides the electricity and parking space. Some agreements include a small revenue share for the landlord.
This model suits landlords who want to offer charging without capital outlay or operational responsibility. The trade-off is lower financial return compared to self-funded installations.
Revenue Share Agreements
A hybrid model where the landlord contributes to installation costs and shares revenue with the CPO or a management partner. Revenue splits typically range from 10 to 30 per cent to the landlord, depending on the landlord's capital contribution and the electricity supply arrangement.
Concession Model
The landlord leases dedicated parking bays to a charging operator for a fixed annual fee. The operator handles all installation, maintenance and customer billing. This provides predictable income with zero operational involvement but typically delivers the lowest total return.
Planning and Installation Considerations
Electrical Supply Assessment
Before committing to any installation, you need a detailed survey of your existing electrical supply. Many older retail properties in Manchester were built with electrical supplies sized for lighting and basic retail equipment — not for the additional load of multiple EV chargers.
A qualified electrician will assess your incoming supply capacity, existing demand and spare capacity. For most retail parks installing ten or more chargers, a DNO supply upgrade from Electricity North West is likely to be needed. This process takes 8 to 16 weeks and costs vary considerably depending on the upgrade required — budget £5,000 to £50,000 for supply upgrades.
Dynamic load management can reduce the need for expensive supply upgrades by intelligently sharing available power across chargers based on real-time demand.
Bay Location and Layout
Where you position EV charging bays matters more than you might expect. Key considerations include:
Visibility — Chargers should be clearly visible from the main car park entrance. EV drivers actively seek out charging locations, and visible chargers signal that your site is EV-friendly.
Accessibility — Position bays near pedestrian routes to the retail units. Drivers will not walk an extra five minutes from a remote corner of the car park.
Cable routing — The closer the chargers are to the main electrical supply point, the lower the installation cost. Long cable runs add significant expense. Balance accessibility with practical installation routing.
Signage — Clear signage from the road and within the car park is essential. The international EV charging symbol, bay markings and wayfinding signs help drivers find your chargers quickly and reduce frustration.
Planning Permission
Most EV charger installations at existing retail properties do not require planning permission under permitted development rights. However, installations involving new structures, significant ground works or listed building considerations may need planning approval. Check with your local authority — in Manchester, the planning portal provides pre-application advice.
Operational Management
Pricing Strategy
Setting the right price for retail EV charging requires balancing revenue generation against the goal of driving footfall. Common approaches include:
Pay-per-kWh — The most transparent pricing. Typical retail rates in Manchester range from 40p to 65p per kWh depending on charger speed. Fast chargers are typically priced lower than rapids.
Free charging with minimum spend — Some retailers offer free or discounted charging to customers who spend above a threshold in-store. This directly links charging to retail revenue and can be managed through loyalty app integration.
Time-limited free charging — Offering the first hour of charging free encourages visits while preventing bay-hogging. Any charging beyond the free period is billed at the standard rate.
Overstay fees — An idle fee of £10 to £15 per hour after charging completes discourages drivers from leaving their fully charged vehicle in a charging bay, freeing the bay for the next user.
Maintenance and Reliability
Charger reliability directly affects customer experience and your site's reputation. Non-functional chargers frustrate drivers and damage trust. For a self-funded installation, budget £200 to £500 per charger per year for maintenance contracts. CPO-managed installations include maintenance as part of the operator agreement.
Key reliability metrics to track include charger uptime (target above 95 per cent), average time to repair faults, and customer complaint frequency.
Accessibility Requirements
Under the Public Charge Point Regulations 2023, public EV chargers must meet accessibility standards including minimum bay sizes, contactless payment capability and accessible screen heights. For retail installations, ensure at least one in ten charging bays meets the enhanced accessibility bay dimensions of 3.6 metres by 6.0 metres.
Manchester-Specific Considerations
Greater Manchester has specific factors that retail property operators should consider:
Clean Air Zone — Manchester's Clean Air Zone plans have increased awareness of vehicle emissions across the region. Retail properties offering EV charging align with the broader clean air agenda and benefit from positive public perception.
Local authority support — Several Greater Manchester councils, including Manchester, Salford and Stockport, have published EV infrastructure strategies that encourage private sector charging provision at retail locations. Early engagement with your local council can identify potential support or grant opportunities.
Grid capacity — Electricity North West has published heat maps showing grid capacity across Greater Manchester. Some areas have constrained grid capacity that may extend connection timescales. Check capacity early in your planning process to avoid delays.
Older retail stock — Many of Manchester's retail parks date from the 1980s and 1990s with electrical infrastructure that predates any consideration of EV charging. A thorough electrical survey is essential before assuming installation will be straightforward.
Getting Started
The first step is always a site survey. A qualified electrician will assess your electrical supply, identify optimal charger locations and provide a clear proposal covering charger types, quantities, costs and timescales. At Manchester Compliance, we carry out comprehensive EV charging site surveys for retail properties across Greater Manchester, with clear recommendations tailored to your specific site and commercial objectives.
For retail property operators ready to explore EV charging, start by understanding your electrical supply capacity and your customers' charging needs. The investment case is strong and improving — the question for most retail properties is no longer whether to install EV charging, but when and how.
Contact Manchester Compliance to arrange a free site survey for your retail property. Call 0161-XXX-XXXX or email hello@manchestercompliance.co.uk.