SSEN commissioned 3DW to develop a geographically large interactive 3D visualisation for the Tealing to Kintore Upgrade (TKUP). This major infrastructure project is a vital part of the "Pathway to 2030" programme, aimed at reinforcing the electricity transmission network in the north-east of Scotland to support the growth of renewable energy and ensure a secure renewable power supply.
The scale of the project showed the technical abilities of our team as the proposed 400kV overhead line covered a significant distance allowing stakeholders the ability to view the proposals from anywhere along the route. The 3D model showed the full line alignment and proposed new substations. The model encompasses existing overhead lines, proposed deviations and the integration of major infrastructure such as the Kintore substation providing a clear visual narrative of how the line will integrate with the existing grid.
Using high-resolution aerial imagery and Ordnance Survey mapping, 3DW created a geographically accurate model featuring low-detail buildings and representative 3D trees across the entire route this provided essential context and aided orientation. The application also features key project constraints represented as overlays, allowing users to see the reasoning behind choices made on the route alignment.
To support SSEN on the consultation process, 3DW provided a suite of multimedia assets, including a series of high-definition fly-throughs. We also developed an online interactive portal and virtual exhibition.
Additionally 3DW provided direct event support, with staff and high-performance hardware present at public meetings to give live real-time demonstrations of the 3D model. By delivering this sophisticated suite of visual tools, 3DW added immense value to the TKUP project's development phase. The ability to present complex large-scale infrastructure in an accessible and interactive format allowed SSEN Transmission to move beyond static plans and engage in more meaningful way with the community.
