Linkedin

Bristol Medical Centre – Atrium Roof

This project was initiated to address issues of heat gain within a busy medical centre. The large atrium roof was allowing significant levels of solar energy into the building, causing discomfort for patients and staff and increasing reliance on mechanical cooling. The brief was to deliver a solution that reduced heat build-up while maintaining the bright, open feel of the atrium space.

The Challenge

The scale and design of the roof presented a considerable challenge. Its expansive glass surface provided excellent natural light but also made the interior space vulnerable to overheating. In addition, access to the roof was complex, requiring careful planning and execution to ensure installation could be carried out safely and effectively with minimal disruption to the medical centre’s operations.

The Solution

We installed external reflective silver solar film across the roof’s glass panels. This specialist film was chosen for its ability to significantly reduce solar heat gain while still allowing daylight to filter through, preserving the open atmosphere of the atrium. Despite the challenging roof access, our team completed the installation with precision, ensuring a seamless and professional finish.

Benefits and Outcomes

  • Reduced Heat Gain: The solar film effectively lowered internal temperatures, creating a more comfortable environment for staff, patients, and visitors.

  • Energy Efficiency: By reducing reliance on cooling systems, the film helped to lower energy consumption and running costs.

  • Improved Comfort: The glare reduction provided a brighter, more pleasant space without harsh light or hotspots.

  • Professional Finish: The reflective silver film delivered a sleek external appearance that enhanced the building’s modern design.

The successful installation of external reflective silver solar film at Bristol Medical Centre demonstrates how carefully planned solutions can tackle both environmental challenges and architectural complexities. By reducing heat gain while maintaining natural light, we delivered a practical upgrade that improved comfort, energy efficiency, and building performance.