Liquid waterproofing and cool roofing protect buildings against water infiltration while reducing heat absorption. The installation of IoT sensors allows for the analysis of thermal flows, providing better control of energy transfers and energy management strategies.
Real-time data collection, analysis, and management
The IoT sensors installed on a roof collect various data for evaluating the building's energy performance :
- Température de surface : mesure de l’albédo et de la capacité du revêtement à réfléchir le rayonnement solaire, limitant ainsi l’absorption calorifique.
- Underside temperature : analyzing conductive thermal exchanges through the building envelope to optimize insulation and reduce thermal bridges.
- Indoor ambient temperature : monitoring the evolution of internal thermal conditions, enabling precise regulation of air conditioning and heating systems.
This information is transmitted to a dedicated digital platform, where it is analyzed in real time and displayed through interactive dashboards and detailed graphs.
As a building manager, with this tool, you can monitor energy performance, identify trends, and anticipate thermal regulation needs. Data analysis helps detect temperature spikes, thereby facilitating the optimization of your infrastructure's energy efficiency.
Additional environmental parameters, such as humidity, CO2 levels, or carbon monoxide concentration, can also be monitored to refine the energy diagnosis and improve indoor air quality.
Improving energy management and thermal comfort.
The data provided by the sensors allows for real-time adaptation of building thermal management strategies.
By precisely quantifying the impact of the high-reflectance coating on the building's thermal balance, it becomes possible to adjust energy consumption based on the building's actual needs, thereby reducing energy expenses and improving the carbon footprint.
The combination of our liquid waterproofing solution, sensors, and IoT platform contributes to intelligent building management, enhancing the understanding of thermal phenomena and optimizing long-term energy performance.
