Pepsi’s new solar generation: structural design notes for industrial roofs
Reviewed by Joe Ashwell

First reported on The Construction Index
30 Second Briefing
PepsiCo UK is investing £3.6m in rooftop solar at its Leicester distribution centre, with Ineco Energy installing photovoltaic panels across 30,000m² of roof area. The system is designed to supply 100% of the site’s electrical demand, effectively turning the facility into a fully solar-powered logistics hub under typical operating conditions. For industrial estate designers and structural engineers, the project signals continued demand for large-span roof structures with sufficient load capacity, access, and detailing to support extensive PV arrays.
Technical Brief
- Large continuous arrays will require detailed consideration of wind uplift, edge zones and fixings to existing purlins.
- Cable routing from distributed inverters to main switchgear will drive roof penetration detailing and fire-stopping design.
- Integration with existing LV distribution and protection schemes will need discrimination studies and export-limiting logic if grid-tied.
- Construction sequencing on an operational distribution centre constrains crane access, laydown areas and temporary roof loadings.
- O&M access routes, walkways and non-slip surfaces must be planned to avoid overloading local roof elements.
- Similar logistics roofs may need future-proofing for PV by increasing purlin capacity and specifying PV-friendly roof cladding.
Our Take
Among the 733 Infrastructure stories in our database, relatively few feature consumer-goods manufacturers like PepsiCo UK, signalling that on-site generation at food and beverage distribution hubs is still at an early but visible stage in the UK.
A £3.6 million clean-energy upgrade at a single Leicester distribution centre suggests PepsiCo UK is treating energy resilience and power-cost hedging as core operational issues rather than CSR, a pattern also seen in other large-scale logistics facilities in the United Kingdom.
Ineco Energy’s role at the Leicester site positions it alongside a small group of recurring sustainability-focused contractors in our 2053 tag-matched ‘Projects, Sustainability’ pieces, which often go on to secure repeat work across multiple industrial estates once a flagship installation is delivered.
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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