Project overview:

We recently provided a scaffolding solution for a solar panel installation at a property in Timarian Close, Southampton, SO16. This project required a safe and stable working platform to access the roof, enabling the efficient and secure placement of solar panels.

Project requirements & design

The client, a solar panel installation company, outlined specific needs for the scaffolding:

Dimensions: Approximately 10 metres long and 5 metres high, providing a safe working area.

Lifts: A single working lift was required to provide full access to the entire roof area.

Platform depth: A 5-board deep platform was specified, offering ample space for the installers, tools, and solar panel components.

Hire period: The scaffold was needed for a 4-week hire period.

Budget: The agreed budget for the entire hire, including erection and dismantling, was £600.

Our team erected a straightforward yet effective scaffold to meet these requirements. Key design features included:

• A single, fully boarded working lift with dedicated ladder access and a secure ladder gate for enhanced fall protection.
• High-quality timber boards laid five deep, ensuring a sturdy and spacious platform.
• A 4-metre ground-level first lift was installed due to the presence of a single-storey pitched roof.
• A strategically positioned second scaffold lift extending out onto the lower roof was incorporated and carefully assessed for structural integrity. This innovative approach maximised access while minimising disruption.
• Safety features, including handrails and toe boards, were installed on the top lift to ensure worker safety.

Installation & safety

Our installation process followed a systematic approach, prioritising safety and efficiency:

• A detailed site survey and risk assessment were conducted to plan the setup and identify any potential hazards.
• Materials were delivered, and the first lift was erected, establishing the 4.0-metre base out lift.
• The lower roof section was meticulously constructed to ensure stability and protect the existing roof structure, building onto the pitched roof of the extension.
• All platforms were fully boarded, and all safety features (handrails, toe boards, and ladder access) were installed and rigorously checked.
• Upon completion, one of our qualified scaffolders inspected the entire structure to confirm compliance with industry standards (e.g., TG20:13/20 and BS EN 12811). A handover certificate was then issued to the client.

Costing & outcome

The total cost for the 4-week hire, encompassing delivery, erection, and subsequent dismantling, was £600. This competitive price was achieved through efficient design and streamlined operations by our experienced team.

The scaffolding provided a safe, stable, and perfectly tailored working platform, allowing the solar panel installers to complete their work efficiently and without incident. The integrated lower roof section proved highly effective for navigating the property’s roof structure. The project was completed on time and within budget, resulting in high client satisfaction.