Safesite was appointed to provide a complete roof safety solution as part of a major solar photovoltaic (PV) installation programme across a UK university estate. The project formed part of a phased rollout of renewable energy infrastructure, with multiple buildings requiring safe roof access and compliant fall protection systems to support both the installation and long-term maintenance of the new solar arrays.
The solar installation contractor had an established relationship with the university and was responsible for delivering the extensive PV programme. Safesite became involved after the contractor sought a new fall protection partner following ongoing issues with a previous supplier.
From the outset, Safesite's responsive communication, technical expertise and same-day approach to the initial enquiry helped build confidence with both the contractor and university representatives. This proactive approach resulted in Safesite being selected to deliver the roof safety solutions for the first phase of the project.
Comprehensive site surveys were carried out across all Phase One buildings, with one of the university's sports facilities included within the programme.


The client required a roof safety solution that would support both the immediate installation of solar panels and provide safe, long-term access for future inspections and maintenance.
The project requirements included:
As every roof differed in size, layout and PV array positioning, the solution also needed to be tailored to each individual roof while remaining practical for future maintenance operations.
Following appointment, Safesite undertook detailed site surveys across the Phase One buildings, working closely with both the solar contractor and university representatives throughout the design process.
During the consultation period, several roof safety solutions were evaluated to determine the most appropriate approach for each building. Depending on the positioning of the proposed PV arrays, Safesite presented both Kee Guard® and Kee Guard Premium options, ensuring each system would maximise protection while maintaining efficient access around the solar installation.
As the buildings varied considerably in height and exposure, Safesite also completed site-specific wind calculations and roof loading assessments for every roof area. These calculations ensured each proposed system would meet the performance requirements of BS 13700:2021 while providing long-term stability and safety.
This collaborative design process enabled the client to select the most suitable solution for each roof before installation commenced.
Safesite designed and supplied a complete roof access package that combined several complementary safety systems into one integrated solution.
The installation included:
Each element was selected to improve safety while supporting efficient maintenance of the university's new solar PV installation.
Kee Guard Edge Protection
The Kee Guard system provides collective fall protection, allowing maintenance teams and contractors to work safely without relying on personal fall arrest equipment.
Its freestanding, non-penetrating design protects the integrity of the roof membrane while delivering a fully compliant perimeter safety system.
Kee Walk Walkway System
Kee Walk created clearly defined access routes across the roof, allowing maintenance personnel to safely navigate around rooftop equipment and photovoltaic panels while protecting the roof surface from unnecessary wear.
Fixed Vertical Access Ladder
A permanent fixed ladder was installed to provide safe and controlled access to one of the main flat roof areas. Security measures were incorporated into the ladder design to help prevent unauthorised access to the roof.
Kee Step Platform
The Kee Step platform provides a safe transition across changes in roof level and rooftop services, reducing trip hazards and allowing maintenance teams to move safely around the building.
Together, these systems created a comprehensive roof safety solution that supports both current solar installation works and future maintenance activities.
Safesite coordinated closely with the solar installation contractor throughout the project to ensure the roof safety systems were installed in line with the wider construction programme.
Careful planning and communication enabled the installations to be completed efficiently while maintaining high standards of workmanship and compliance. The systems were installed in accordance with manufacturer guidance and current legislation, ensuring every roof area was fully prepared for the ongoing solar installation programme.
The collaborative approach between Safesite, the contractor and the university ensured the project progressed smoothly from design through to completion.

The completed installation provides the university with a fully compliant roof safety solution that will support safe access for many years to come.
Key benefits included:
Beyond the physical installation, the project also strengthened the working relationship between Safesite and the solar installation contractor, creating opportunities for future phases of the university's renewable energy programme.
This project demonstrates Safesite's ability to deliver fully engineered roof safety systems for complex educational estates and renewable energy projects. By combining Kee Guard edge protection, Kee Walk walkways, fixed access ladders and Kee Step platforms, Safesite created a bespoke solution that improves safety, supports compliance and enables efficient long-term maintenance.
With more than 30 years of experience in fall protection and safe access systems, Safesite continues to support universities, schools, commercial organisations and public sector clients with tailored solutions designed around their buildings and operational requirements.
If you're planning a solar PV installation or need to improve safe roof access across your estate, contact Safesite today to discuss Kee Guard edge protection, Kee Walk systems, access ladders and bespoke fall protection solutions that keep your people safe and your buildings compliant.