OCS Transforms Energy at University of Stirling

1 Minute Read

Sector

Energy

Services

Energy, Carbon and Waste

Contract Type

Single Service

Key Criteria

Sustainability

Region

Scotland

The University of Stirling logo, featuring green text that reads University of Stirling next to a shield emblem with a castle, bridge, and wavy lines.
A group of six people walk together down a tree-lined path in a park at sunset, carrying backpacks and tote bags, with green grass and benches visible nearby.

Executive Summary

The University of Stirling partnered with OCS to cut carbon emissions and reduce energy import costs across its central Scotland campus.

With sustainability at the heart of its operations, the University needed a solution that balanced environmental impact, energy efficiency and long-term resilience.

OCS delivered a bespoke Solar PV system spanning multiple rooftops, providing immediate energy savings and reinforcing the University’s commitment to a low-carbon future, all while maintaining full campus operations.

  • An orange icon combining a sun with rays on the left and a lightning bolt on the right, symbolizing solar energy or renewable energy.

    885 kWp

    Installed solar capacity across 2,058 PV modules

  • 693038 kWh/year

    Projected clean energy generated annually

  • 99.8%

    On-site usage of power generated

  • An orange icon of a hand holding the Earth, with two leaves sprouting from the top, symbolizing environmental care or sustainability.

    161111 Tonnes CO₂/year

    Estimated annual carbon emissions avoided

A large, historic stone castle with towers, arched windows, and a circular turret sits beside a curved road, surrounded by green grass and trees under a cloudy sky.

The Brief

Deliver a high-efficiency Solar PV system tailored to the University’s campus
Reduce energy import costs and carbon footprint
Integrate advanced fire safety and compliance measures
Maintain uninterrupted campus operations during installation
Rows of blue solar panels are installed outdoors, surrounded by green plants and foliage, capturing sunlight for renewable energy generation.

The Outcome

The PV system was energised with immediate impact, delivering clean energy from day one. With a projected annual generation of over 693,000 kWh, the University benefits from reduced reliance on imported electricity, improved sustainability credentials and enhanced energy resilience.

The successful collaboration has reinforced the University’s environmental leadership and demonstrated OCS’s ability to deliver complex infrastructure on live sites.

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