A targeted solar PV and roofing repair project in Richmond, focused on resolving historic water ingress, correcting defective fixing details, repairing waterproofing failures and reinstating the existing solar array onto a more robust integrated mounting system.
JAY Executions was appointed to manage and deliver a solar PV repair and re-installation package following roof leaks linked to the original installation and fixing arrangement. The work involved carefully decommissioning the system, removing the existing panels and mounting infrastructure, inspecting the exposed roof build-up, completing local roof repairs and reinstating the solar array using a GSE integrated mounting approach.
The project also included roof repair and waterproofing works, water testing to the roof areas, gutter replacement and repairs, local fascia board replacement and making-good where required. Because the roof had to remain protected while works were opened up, the programme was managed in controlled phases with stop/start sequencing, scaffold protection and close weather awareness.
The gallery below shows the existing solar array, defective roof and gutter details, local opening-up, membrane and batten repairs, water testing, and the completed integrated PV and roof finish.












The main issue was water ingress linked to the original roofer and the fixing system used for the existing solar panels. Penetrations through the waterproofing membrane had to be identified, opened locally, repaired and tested without unnecessarily stripping the full roof.
The client’s brief required targeted repairs rather than a full roof replacement. JAY Executions managed the risk by opening the roof in controlled areas, correcting the roof build-up where required and sequencing works to maintain protection against weather.
The PV system had to be removed, protected, cleaned, re-mounted and commissioned while roofing repairs, ventilation improvements and rainwater goods works were coordinated around it.
The project allowed the existing solar PV system to be reinstated in a more robust manner while addressing local waterproofing, ventilation, gutter and fascia defects that were contributing to water ingress.