The use of 3D visualisation as a tool has become increasingly popular as a way to simulate and demonstrate the potential of large-scale infrastructure projects, particularly in the field of clean energy and electrification projects. By creating virtual images of these projects before they are built, designers and engineers can get a better understanding of the scale and complexity of the structure they are creating, as well as the potential implications for the environment.

The use of 3D visualisation has become even more important due to the increased focus on sustainability, as it allows designers to create a virtual version of their projects which can be closely scrutinised for potential environmental and social impacts that may occur due to its construction. This can then be used to inform and guide decision-making around the design and implementation of the project.

In the field of clean energy and electrification, 3D visualisation is particularly useful for creating images of solar power stations before they are built. This allows designers to get a realistic view of the project, from the size and shape of the panels to the wiring and electricity-producing elements of the project. By creating a 3D visualisation, designers can get an idea of how the power station will look when completed and identify any potential issues with the design.

As well as being a useful tool for creating images of clean energy projects before they are built, 3D visualisation can also be used to accurately represent existing infrastructure and to make changes to existing structures. This is particularly useful for older clean energy projects, such as wind farms, which require regular updates and maintenance.

The use of 3D visualisation is also a cost-effective way of ensuring that clean energy projects are built to the highest standards possible.  This reduces the amount of time, money, and effort that is spent on the project by ensuring that it is designed and built correctly the first time.

Overall, 3D visualisation is a superb tool for creating images of clean energy infrastructure and electrification projects before they are built. By creating detailed models and simulations of the project, designers and engineers can get a realistic view of the finished project.