For much of the discussion around commercial vehicle electrification, attention has focused on the vehicles themselves.
Which manufacturers are bringing electric HGVs to market? How quickly will battery range improve? When will fleet operators begin replacing diesel assets at scale?
Those questions remain important, but another issue is becoming increasingly significant: where will commercial fleets actually charge?
For many logistics, haulage and distribution businesses, electrification is likely to be closely connected to the operating centre. Vehicles that return to a depot at the end of a shift create an obvious opportunity for scheduled charging, particularly where vehicles have predictable overnight dwell periods.
The difficulty is that not every depot represents the same opportunity.
A large warehouse occupied by a substantial multi-site fleet operator is fundamentally different from a small operating centre supporting only a handful of vehicles. Grid infrastructure, property size, fleet scale, vehicle authorisation and the operator’s ability to control the site can all influence whether depot charging is commercially realistic.
This is why Logistics & Transport Network has begun looking beyond traditional fleet databases.
Our latest analysis combines UK operator licence information with commercial property and electricity infrastructure intelligence to identify locations where several relevant signals occur together.
These include the number of licensed operating centres, specified vehicle numbers, unused vehicle authorisation capacity, commercial property characteristics and proximity to electricity distribution infrastructure.
Across the latest national build, more than 97,000 operating-centre records have been assessed, covering over 51,000 individual operating-centre postcodes.
Within that population, more than 2,000 locations currently rank as strong or prime depot electrification opportunities based on the combination of fleet, property and infrastructure signals.
This does not mean those depots are automatically ready for high-power charging.
A formal connection assessment, site survey and operational analysis would still be necessary.
What it does provide is a way to narrow an enormous market into a much smaller group of locations where the commercial case for further investigation appears significantly stronger.
As commercial fleet electrification accelerates, knowing which operators have vehicles will increasingly be only part of the picture.
Knowing where those vehicles are based, how those sites are configured and what infrastructure surrounds them may become just as important.