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Royal Mail reaches 9,000 electric vans as depot charging scale continues to grow

Royal Mail has added its 9,000th electric van to its UK delivery fleet, providing another indication of the scale that depot-based charging is beginning to reach within large commercial fleets.

Geography
UK
Roayl Mail 9000th Van

The latest vehicle has entered service at Colchester Delivery Office, where it joins more than 120 electric vans already operating from the site. Royal Mail says 44 of its delivery offices are now fully electric and around 31% of its delivery routes are zero-emission.

Royal Mail began its electric-van rollout in 2017 with an initial order of 100 vehicles. The fleet has since expanded into one of the largest operational electric delivery fleets in the UK.

The charging infrastructure is more interesting than the milestone

Nine thousand vehicles is a significant fleet number, but for charging infrastructure the more useful question is how those vehicles are being supported across Royal Mail’s estate.

Delivery fleets can be well suited to depot charging because vehicles often operate on repeatable routes and return to a known base. That creates predictable dwell periods in which charging can be scheduled around the next day’s operational requirement rather than every vehicle needing to charge at maximum power as soon as it arrives.

At the scale Royal Mail is now operating, however, charging becomes a site-energy and operational-planning problem rather than a collection of individual charger installations. A depot with more than 100 electric vans has to consider how many vehicles need energy at the same time, how much each vehicle needs before departure and what the site electrical connection can support.

Royal Mail is becoming a useful fleet-charging reference point

The company’s public communications confirm that it has continued investing in charging infrastructure alongside the vehicles, but the technical detail remains limited.

As the fleet grows beyond 9,000 vans, Royal Mail could provide useful evidence on questions that are increasingly relevant to other large fleets: charger utilisation, the amount of spare connection capacity required at depots, maintenance requirements, charging availability and the value of centralised energy management across multiple sites.

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