Project Overview
The brief focused on designing a ground-mounted solar installation that would be both highly efficient in energy generation and structurally sound, while minimising its visual and environmental impact. The client emphasised long-term durability, ease of maintenance, and a clean, organised layout that could be scaled or replicated in the future. The structure needed to withstand various weather conditions while maximising solar exposure through optimal panel orientation. The structural framing for a ground-mounted solar installation typically consists for a steel racking system designed to support and secure photovoltaic (PV) panels in a fixed position. The system includes vertical steel posts (driven or embedded into the ground), horizontal support rails, and tilt brackets or beams that holds the solar panels at the optimal angle for sun exposure. The framing is engineered to withstand environmental loads such as winds and is galvanised steel to ensure long-term durability and corrosion resistance. Modular in design, the system allows efficient installation, scalability, expansion and and easy maintenance access.
