How do we use virtual reality to design ventilation systems?

Augmented reality (AR) consists of a set of technological devices through which a part of the real world is visualized with virtually added information. That is, virtual elements such as graphics or information in various formats are added to the environment that is viewed in real time.

This peculiarity provides great advantages at the economic and time level, allowing all kinds of tests to be done remotely and very simply visualize all kinds of details and information. In this way, a technician could visualize the components of a team simply by pointing a device with an AR app at it, without the need to consult complicated and lengthy manuals.

How do we use augmented reality to design ventilation systems?

We know augmented reality mainly for recreational purposes, but due to its characteristics and multiple advantages, we are looking at a very useful tool for the construction industry that will allow work processes to be carried out more efficiently and contribute to the design and sizing

Augmented reality is a complementary tool for carrying out a complete construction project, as it already allows for the visualization of the building on-site. In the case of ventilation and architecture, it serves as a great help in the design and sizing of ventilation systems for new buildings.

Virtual Reality and architecture projects hand in hand

With this technology, buildings can be visualized in the time prior to their construction, virtually placing ourselves in it to perceive the spaces and structures.

In the case of ventilation, virtual reality allows for understanding the structural and aesthetic impact of ventilation ducts, being able to carry out virtual assembly tests and choosing the ideal place for the final installation.

There are several applications and programs to be able to use virtual reality in architecture. Among them, we can highlight AR Siber, which allows you to visualize the installation of ventilation systems in a three-dimensional plan of a home, or Fuzor, which uses BIM to analyze factors such as lighting.

All these programs help create the building to the consumer's liking, providing a different perspective and aiding in its visualization.

Benefits of Augmented Reality

The proper use of Augmented Reality helps achieve several objectives more easily. Thanks to its characteristics, through the use of this technology, we obtain the following benefits:

• Life simulation of the building: through the supposed circulation of people thanks to this technology, we can observe the passage of time and see if it is necessary to optimize spaces and air flows.
• Space conception: due to the recreation of the project, we can virtually immerse ourselves in it and foresee problems that may arise.
• Recreation of disasters: in the event of any catastrophe, augmented reality allows us to analyze what would happen with the intention of reducing damage.
• Verification of equipment: due to the possibility of carrying out a prior design, the distribution of ventilation systems can be represented and its visual impact, as well as functional aspects can be seen.
• Design aspects: visually speaking, it is easier to choose where each system and element would be located to see if it has a negative visual impact.

All these benefits make augmented reality a tool of great relevance in the design and elaboration of buildings and ventilation systems, optimizing time and preventing the emergence of structural problems.