Project Details

In June 2024, Coventry University aimed to significantly advance their net-zero carbon target by installing nearly 800 solar panels across five key campus buildings: Sir Frank Whittle, Charles Ward, The Hub, The Cycle Works, and Alma.

WHAT DID THE CLIENT WANT?

Coventry University sought Baily Garner’s expertise to develop performance specifications and detailed drawings for this ambitious project. The university required a solution that would integrate seamlessly with their existing infrastructure while minimising disruption to daily operations.

HOW DID BAILY GARNER ASSIST?

Baily Garner played a crucial role in this sustainable endeavour by providing comprehensive design and project management services. We developed meticulous performance specifications and detailed drawings for the solar panel installations. Our team conducted thorough site surveys and assessments to tailor installation plans to each building’s unique characteristics. We collaborated closely with the university’s facilities team, the photovoltaic solar contractor Geo Green Power, and other stakeholders to ensure seamless coordination and minimise disruption.

We addressed various challenges, including working within an active university environment, navigating existing building infrastructure, and adhering to tight government funding deadlines. Our innovative design solutions and streamlined project management approach enabled us to meet these challenges effectively. We also developed detailed coordination plans for integrating with the university’s existing systems, including fire alarms, building management system, and high volatage network, ensuring compliance with their employer’s requirements.

The project is on track for completion in February 2025, marking the start of clean energy generation from the newly installed panels. The key outcome will be the successful installation and operational commencement of nearly 800 solar panels, significantly contributing to Coventry University’s net-zero carbon goals. We anticipate a substantial reduction in the university’s carbon footprint and long-term cost savings through renewable energy generation.

An unexpected positive result was the seamless integration of our design into the complex existing infrastructure, achieved through meticulous planning and collaboration. This project has enhanced our reputation as a versatile and capable consultancy, particularly in the higher education M&E sector. It has demonstrated our ability to deliver complex projects efficiently and provided significant educational value as a real-world case study for students. The project’s sustainability impact is significant, reducing carbon emissions and promoting renewable energy adoption. The successful completion of this project, despite the many hurdles, showcases our ability to provide added value and deliver an excellent client experience.

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