Shopping centre charging is EV charging infrastructure installed at shopping centres, retail parks, and malls to serve customers, tenants, staff, and sometimes nearby residents. It is typically destination charging, meaning drivers charge while they shop, dine, or spend time on-site.
Most shopping centre deployments use AC charging (e.g., 11–22 kW) for longer dwell times, with some sites adding DC fast charging to attract short-stay users or increase throughput.
Why Shopping Centre Charging Matters
Retail locations are ideal charging sites because they combine high vehicle dwell time with predictable parking demand.
– Increases customer dwell time and supports tenant revenue uplift
– Differentiates the shopping centre as EV-friendly and future-ready
– Creates new revenue streams via charging fees and partnerships
– Supports sustainability targets and ESG reporting for property owners
– Helps cities and regions expand public charging coverage without new land use
For drivers, it reduces range anxiety by making charging part of everyday errands.
How Shopping Centre Charging Works
Shopping centre charging usually blends controlled access, pricing rules, and load management.
– Chargers are installed in customer parking areas (surface or underground)
– Access is provided via app, RFID, QR, or contactless payment terminals (site dependent)
– Pricing is configured to match the retail use case (free for X minutes, subsidized kWh, session fee + per kWh, idle fees)
– The site manages electrical capacity using load management to avoid peak building demand conflicts
– Chargers are connected to a backend platform (often via OCPP) for monitoring, reporting, and remote support
Many retail sites also integrate signage, bay marking, and parking enforcement to reduce ICEing and overstays.
Common Business Models
Shopping centre operators choose a model based on goals (customer service vs profit).
– Free charging (often time-limited) to attract customers
– Subsidized charging (discounted tariff for visitors)
– Pay-as-you-go charging with per kWh or per minute billing
– Validation-based charging (discount/free with proof of purchase)
– Tenant and staff charging with separate access rules and tariffs
– Revenue-share with a CPO or third-party operator
A clear tariff policy is important to prevent bay blocking and customer complaints.
Key Site Design Considerations
Retail sites have unique constraints compared to depots or residential installs.
– Parking layout and wayfinding (signage from entrances, clear bay markings)
– Robustness against misuse and vandalism (IK rating, bollards, cable protection)
– Service clearances and maintenance access that don’t disrupt retail operations
– Underground parking constraints (ventilation, fire safety rules, cable routing)
– Reliable connectivity (LTE/Ethernet) and backend monitoring
– Accessibility requirements (disabled bays, safe pedestrian routes)
– Selectivity and circuit segmentation so one fault doesn’t take the site offline
Key Benefits of Shopping Centre Charging
– Strong match between dwell time and AC charging power
– Higher utilization potential due to steady customer flow
– Supports retail loyalty, brand image, and ESG targets
– Flexible monetization options depending on strategy
– Scalable rollout (start small, expand with load management)
Limitations to Consider
– Peak building load can limit available capacity without smart control
– Bay blocking and overstays require enforcement policies (idle fees, time limits)
– Pricing must be transparent and consistent to avoid disputes
– Underground installs can be more complex and costly
– Charger downtime is highly visible and can harm customer trust without strong SLAs
Related Glossary Terms
Destination charging
Semi-public charging
Public charging economics
Session-based pricing
Session fees
Idle fee policy
Load management
OCPP
Payment terminals
Charger availability KPIs