IN Brief:
- RAW Charging and Landsec have opened a 26-bay EV charging hub at Parrs Wood in Didsbury.
- The site includes ultra-rapid, rapid, and fast charging bays as part of a wider national rollout.
- Destination charging is becoming a larger electrical infrastructure category across retail and leisure estates.
RAW Charging has opened a 26-bay electric vehicle charging hub at Parrs Wood in Didsbury, Manchester, in partnership with Landsec.
The installation serves the Parrs Wood entertainment and dining destination and includes a mix of ultra-rapid, rapid, and fast charging infrastructure. It forms part of RAW Charging and Landsec’s £24.5m national rollout across retail and leisure locations, with the wider programme targeting 1,000 charging bays at 28 sites.
Destination charging is taking a larger role within the UK’s EV infrastructure mix. Rapid hubs on strategic roads support longer journeys, while residential chargers serve drivers with off-street parking. Retail, leisure, workplace, and mixed-use sites sit between those models, using dwell time to deliver meaningful charging without requiring a dedicated stop.
The engineering profile of those sites differs from roadside rapid charging. A retail or leisure destination has to balance charger power levels, parking allocation, electrical capacity, pedestrian routes, lighting, payment systems, maintenance access, and existing site operations. Chargers become part of the site’s electrical infrastructure rather than an isolated customer amenity.
At Parrs Wood, the combination of charging speeds allows the hub to serve different visit lengths. Ultra-rapid bays support shorter sessions, while rapid and fast chargers suit longer stays. That mix can improve asset utilisation and reduce pressure on the highest-power units, provided the site layout, signage, and user information make the charging hierarchy clear.
Large destination hubs can add substantial new electrical load to existing estates. A 26-bay installation requires assessment of supply capacity, transformer loading, cable routes, protection coordination, earthing, and future expansion space. Where high-power chargers operate simultaneously, load management may be needed to prevent avoidable reinforcement or excessive maximum demand charges.
Public charging deployment is becoming more segmented. The Reading on-street charging agreement targets residential access for drivers without driveways, while the Parrs Wood hub addresses dwell-time charging at a commercial destination. Both models depend on distribution network capacity, installation quality, maintenance standards, and reliable software operation.
Software is now a core part of charging infrastructure performance. Availability data, payment reliability, dynamic pricing, load control, fault reporting, and customer support all affect whether installed chargers deliver the expected utilisation. For destination sites, charging systems also need to fit within wider estate management, tenant arrangements, security procedures, and energy procurement.
Fleet charging is moving through a similar operational shift. The BetterFleet charge management deployment for the Metropolitan Police Service uses live data, vehicle priority, and site capacity controls to manage charging demand. Destination hubs have different usage patterns, but they still require monitoring and control if operators are to maintain uptime and manage power costs.
For landlords, EV charging is becoming part of long-term property infrastructure. Once chargers are installed, expansion planning, maintenance contracts, bay management, energy billing, data access, and network capacity all become recurring operational issues. Retail and leisure sites that begin with a limited rollout may later need higher-power units, additional bays, or battery-backed load management as EV adoption rises.
Distribution networks will also have to track clusters of destination charging as new local demand nodes. Some sites can connect within existing capacity, while others may need reinforcement, flexible agreements, or staged deployment. The pace of charger installation will increasingly depend on how quickly commercial property owners, charge point operators, electrical contractors, and network operators can coordinate capacity planning.
The Parrs Wood opening adds another example of EV charging moving into everyday commercial estates. As charging infrastructure becomes embedded in retail and leisure destinations, installation design and ongoing electrical management will carry as much weight as charger count.
