Office & Business Parks
Office and business park car parks have a distinctive characteristic: users park for extended periods, typically six to nine hours. This makes them well-suited to standard AC charging (7kW to 22kW), which can fully charge most modern EVs during a standard working day without requiring rapid or ultra-rapid hardware.
For employers and landlords, the business case is compelling. A significant proportion of UK EV drivers, particularly those in flats or terraced housing, cannot charge at home. Workplace charging fills that gap, removing range anxiety and making it practical for employees to switch to electric vehicles. Organisations that provide it gain a recruitment and retention advantage, while landlords who offer it can command a premium on commercial leases.
Workplace charging at office and business parks typically involves a mix of dedicated employee bays and visitor bays, with smart load management ensuring that power demand is spread efficiently across the day without triggering expensive grid upgrades.
Mixed-Use Developments
Mixed-use developments, schemes combining residential, retail, office, and leisure, present a more complex EV charging challenge. The car park serves multiple user types with different dwell times and different charging needs, often simultaneously.
Residents may want overnight charging access. Retail visitors might park for 30 to 90 minutes and benefit from faster AC or DC rapid charging. Office workers need daytime charging across longer stays. Balancing these requirements calls for both a flexible hardware mix and intelligent load management software that allocates available power dynamically across active charge points.
For developers and managing agents, mixed-use schemes also offer the opportunity to create a differentiated EV charging product: a subscription-based overnight charging service for residents, combined with pay-per-use bays for retail and visitor traffic. This approach maximises both utilisation and revenue across different user types.
Private Operator Car Parks
Private operator car parks, standalone multi-storey or surface sites run commercially, face a direct commercial question: will EV charging generate revenue or cost money? The answer increasingly favours investment, provided the model is right.
Urban car parks with shorter average dwell times (under two hours) may benefit from faster AC or DC charging to provide a meaningful charge within the parking window. Higher-dwell sites, such as park-and-ride or commuter car parks, can rely on standard 7kW or 22kW units with greater confidence.
The revenue model question is particularly important for private operators. Options include owning and operating charge points directly, keeping all revenue but taking on maintenance responsibility, or entering a revenue-share arrangement with a charge point operator. The latter requires no capital outlay and transfers operational complexity to the charging provider, making it an attractive route for operators who want to offer EV charging without building in-house expertise.
Infrastructure & Power Considerations
EV charging infrastructure requirements for commercial car parks vary depending on site size, existing electrical supply, and the number of bays being equipped. Understanding the key variables early avoids costly surprises during installation.
Grid connection and power supply. Most commercial car parks have an existing three-phase electrical supply, which provides a suitable foundation for EV charging. However, adding multiple chargers simultaneously, particularly at higher power levels, can push a site’s demand beyond its current supply capacity, potentially requiring a Distribution Network Operator (DNO) upgrade. DNO applications can take 12 to 26 weeks depending on complexity and region, so early engagement is critical.
Smart load management. Load management technology is the most cost-effective way to deploy EV charging at scale without triggering a DNO upgrade. Smart systems distribute available power dynamically across active charge points, ensuring that total site demand stays within the existing supply limit. This allows operators to install significantly more charging bays than the raw power supply would otherwise permit, while still delivering adequate charge rates to drivers.
Charger type selection. For the majority of commercial car park applications, AC charging (7kW to 22kW) is the appropriate choice. It is lower cost per unit, simpler to install, and well-matched to dwell times of two hours or more. DC rapid charging (50kW+) may be warranted for high-turnover urban sites where users need a meaningful charge in under an hour, but carries significantly higher hardware and installation costs.
Civil works and cabling. Depending on the car park layout, cable routes from the electrical intake to individual bays may require trenching, ducting, or overhead cable tray installation. Bay markings, accessibility compliance, and signage also need to be factored into the project plan. A phased approach, installing cabling infrastructure for future bays during the initial build-out, can reduce long-term costs significantly.
Revenue & Pricing Models
One of the key decisions for commercial car park operators is how to structure revenue from EV charging. There are several established models, each with different risk and return profiles.
Pay-per-use (per kWh pricing). The most common model for commercial car parks. Drivers pay per kilowatt-hour consumed, via an RFID card, mobile app, or contactless payment terminal. UK regulations now require kWh-based pricing for public charging points over 8kW, bringing greater transparency for drivers. Operators set the tariff and retain revenue directly.
Revenue-share with a charge point operator. Under a revenue-share arrangement, a CPO such as Blink installs, owns, and operates the charge points at no capital cost to the site operator. The site owner receives a percentage of charging revenue in return for providing the site and electricity supply. This model eliminates upfront investment and transfers maintenance responsibility, making it particularly suited to operators who want to offer electric vehicle charging without the overhead of managing it directly.
Owner-operator model. Site owners who purchase and operate their own charge points retain 100% of charging revenue. This model requires upfront capital investment and ongoing maintenance responsibility, but delivers stronger long-term returns at scale. It is most commonly pursued by larger operators with the resource and expertise to manage a charging estate directly.
Subscription and loyalty models. For car parks serving a regular user base, commuter or residential sites, for example, subscription pricing can provide predictable revenue and improved utilisation. Monthly charging passes encourage repeat use and can be bundled with parking permits for a single, simplified proposition.
Pricing strategy should reflect the site’s cost of electricity, the target margin, and local competition. In locations where public charging is limited nearby, operators have greater pricing latitude. In competitive urban environments, pricing close to the cost of home charging, typically 7p to 15p per kWh on a smart tariff, maximises utilisation.
Managing Multi-Site Charging Portfolios
For private parking operators with multiple sites, managing EV charging at scale introduces a new operational layer. Ensuring chargers are functioning, faults are resolved quickly, and data is accessible across a portfolio requires a robust network management platform.
A well-designed charging management system should provide:
Real-time status monitoring across all charge points, with automated fault alerts and remote diagnostics to minimise downtime and protect revenue.
Usage reporting by site, bay, and time period, giving operators clear visibility over demand patterns, peak utilisation, and revenue performance across the portfolio.
Remote configuration of pricing tariffs and access controls, allowing operators to adjust pricing or restrict access by user group without visiting the site.
OCPP compatibility (Open Charge Point Protocol), the industry-standard communication protocol, ensuring hardware from different manufacturers can be managed through a single platform.
Scalability to onboard new sites and charge points as the network grows, without requiring system replacement or significant reconfiguration.
For operators running mixed-use or residential sites alongside commercial car parks, the ability to segment access and pricing by user type, giving residents priority access overnight while opening bays to visitors during the day, is particularly valuable.
Usage data from the charging network also informs longer-term investment decisions: which sites are approaching capacity, where additional bays are warranted, and how utilisation trends are evolving as local EV adoption matures.
Blink’s Commercial Car Park Charging Solutions
Blink Charging is one of the world’s largest EV charging networks, with a significant and growing presence in the UK. For commercial and private car park operators, Blink offers a complete solution, from hardware supply and installation through to network management and ongoing operational support.
Hardware range: Blink’s commercial charge points cover 7kW and 22kW AC outputs, suitable for the full range of commercial car park applications. All hardware is OCPP-compliant and network-connected as standard, ensuring seamless integration with the Blink management platform.
Blink Network: The Blink Network management platform provides real-time monitoring, remote diagnostics, usage reporting, and tariff management across all connected charge points. Operators can manage their entire charging estate from a single online dashboard.
Revenue-share partnerships: For operators who prefer a zero-capital model, Blink’s revenue-share programme covers hardware, installation, maintenance, and network management, with the site operator receiving a share of charging revenue from day one.
Project management and installation support: Blink works with operators at every stage, from initial site survey and power assessment through to installation management and commissioning. This end-to-end approach reduces the burden on site teams and ensures projects are delivered on time.
Scalable deployment: Whether equipping a single 20-bay car park or rolling out EV charging across a national portfolio, Blink’s EV infrastructure and support model scales to match.
Find out more about Blink’s approach to parking on the EV chargers for parking facilities page.
Final Thoughts
EV charging is becoming a commercial essential for private car park operators and commercial property owners. Driven by rising EV ownership, planning requirements, tenant expectations, and a genuine revenue opportunity, the question for most operators is no longer whether to invest, but how.
The right approach depends on site type, dwell time, power supply, and commercial objectives. For most operators, a combination of smart AC charging, intelligent load management, and a clear revenue model, whether owner-operated or revenue-share, delivers the best balance of cost, returns, and operational simplicity.
Blink Charging provides the hardware, network, and support infrastructure that commercial car park operators need to deploy EV charging at scale, generate revenue, and stay ahead of the EV transition. To discuss your requirements, speak to the Blink team.
