It is also an accelerator of decarbonisation, by allowing intelligent control of electrical, cooling and heating networks. Better lighting management, energy efficiency, and proper airconditioning control are all benefits of. Today, the smart building is more than ever a lever to help building operators reduce their operating costs and adapt to new needs. After few years, I believe we will witness an increase in smarts within a building. Certain actions can be automated to make the building as autonomous as possible, and individualised control tools for the building's occupants allow them to interact with their working environment (blinds, lighting, etc.). Equipped with chips, sensors, analysers and remote control systems, the asset can then be used according to the criteria mentioned above. All types of buildings are concerned: offices, shopping centres, hospitals, production sites, etc. These services enable intelligent management of energy consumption, room occupancy, maintenance of different equipment and service provider interventions. Through a well-thought-out design, staged procurement and testing process, the. At the start we identify the improvements in productivity and space utilisation required.
Buildings are now becoming service platforms, for the benefit of users and asset managers. The building is thought of in terms of its future uses, which, instead of being a fixed structure, becomes a set of services that will evolve over time.
The smart building is based on BIM (Building Information Modeling), a digital model of the physical building. From the design stage onwards, new technologies are enabling construction models and engineering methods to be redesigned.
The energy transition, the health crisis and the improvement of the quality of life at work are the three markers that impact the evolution of modern buildings today.
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