Saint-Gobain goes electric: five-year eHGV logistics trial explained for project teams
Reviewed by Tom Sullivan

First reported on The Construction Index
30 Second Briefing
Saint-Gobain has deployed six Volvo electric HGVs with XPO Logistics for a five‑year operational trial from its Midlands logistics hub, supported by UK Government ZEHID funding. Gridserve is installing four 350 kW chargers on site, capable of charging each eHGV to 80% in 90 minutes and to full capacity in under two hours, enabling two delivery cycles per vehicle per day. The fleet is expected to complete around 12,000 deliveries to more than 50 regular UK construction and merchant customers, providing real‑world data on all‑electric heavy freight operations.
Technical Brief
- Six Volvo eHGVs are jointly funded by Saint-Gobain UK and XPO Logistics under the ZEHID scheme.
- Vehicles operate from a single Midlands logistics hub, centralising power demand and route planning constraints.
- Gridserve’s on-site infrastructure concentrates four 350 kW chargers, simplifying grid-connection and load-management design.
- Trial runs over five years, allowing seasonal performance, degradation and maintenance behaviour to be captured.
- Operations target merchant branches and direct construction projects, so routes will include mixed urban–arterial duty cycles.
- Saint-Gobain is transitioning from HVO-fuelled fleet operations, enabling comparison between biofuel and full-electric heavy haul.
- Driver and customer feedback will be formally integrated, testing service reliability and acceptance of all-electric heavy freight.
Our Take
The use of Volvo e‑HGVs in this Saint‑Gobain UK & Ireland trial aligns with other Volvo-heavy fleet stories in our database, but this is one of the few that pairs the OEM with dedicated 350 kW charging infrastructure rather than just vehicle deployment.
A five‑year operational trial in the UK and Ireland is unusually long in our Infrastructure coverage, suggesting Saint‑Gobain is treating this as a full life‑cycle test of grid capacity, charger reliability and logistics performance rather than a short pilot.
With only four 350 kW chargers supporting vehicles expected to complete two delivery cycles per day, the project will likely generate useful utilisation and dwell‑time data for other high-throughput depot operations in the Midlands and wider UK logistics sector.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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