Building maintenance monitoring made easier thanks to the IoT
Optimise the organisation of technical building maintenance, reduce costs and improve user satisfaction with IoT.
Le partenaire pour la captation, transmission et mise à disposition de vos données
Comfort in buildings: improve user satisfaction and reduce energy consumption
thanks to our IoT solutions
Guarantee air quality
Improve thermal comfort
Why improve comfort in your building?
Taking into account the comfort of a building’s occupants is essential.
To guarantee the comfort, satisfaction and productivity of building users, it is important to analyse the various environmental factors in a room.
In addition to CO2 concentration levels, data on temperature, humidity and VOCs provide a concrete response to the comfort of building occupants.
Regular monitoring of these environmental factors not only helps to prevent thermal discomfort, but also to limit the health risks associated with mould growth, for example.
In this way, the building itself is protected and preserved.
What’s more, analysing data on temperature, humidity and presence, then adjusting heating and air conditioning requirements accordingly, will also lead to significant energy savings.
All these factors need to be taken into account to ensure a better quality of life.
Guarantee user satisfaction
Improve
energy efficiency
Limit
health risks
Preserve
the building
0 %
The average time an adult spends in enclosed spaces such as homes or offices.
0 Md€
The estimated cost per year in France of poor indoor air quality.
x 0 %
Indoor air pollution compared with outdoor air pollution, according to the IAQ Observatory.
WHAT ARE THE COMFORT FACTORS TO BE MONITORED to improve comfort IN A BUILDING?
Lighting
IoT sensors can be used to measure the level of light in a room.
By analysing this data, it is possible to optimise the use of natural light, reduce energy consumption and offer occupants personalised comfort.
The benefits include energy savings, improved comfort, centralised management and greater durability.
Ventilation
Connected sensors monitor air quality, temperature and humidity. This data can be used to adjust the use of ventilation systems accordingly.
The benefits include better air quality, increased comfort for occupants, energy savings through more efficient use of ventilation, and a reduction in the health risks associated with poor indoor air quality.
Heating
Thanks to the IoT, the use of heating and air conditioning can be optimised. Intelligent sensors monitor temperature, humidity and occupant presence, allowing heating or cooling to be regulated to maintain comfort levels while minimising energy consumption.
The resulting benefits include energy savings, reduced costs and improved comfort for occupants.
COMFORT
LoRaWAN / Sigfox
COMFORT CO2
LoRaWAN / Sigfox
MOTION
LoRaWAN / Sigfox
BREATH
LoRaWAN / Sigfox
DELTA P
LoRaWAN / Sigfox
C. SERENITY
NB-IoT / LTE-M
COMFORT
NB-IoT / LTE-M
Indoor air quality
Poor indoor air quality (IAQ) has significant effects on health. When you consider that the average adult spends 80% of his or her time in enclosed spaces, and that indoor air is 5 to 10 times more polluted than outdoor air, it’s easy to understand the importance of this issue.
Today, all buildings are affected by indoor air quality issues. There are a multitude of parameters and pollutants to monitor (temperature, humidity, fine particles, volatile organic compounds, etc.), whether in response to legal obligations, health issues or economic considerations.
Measure indoor air quality
In order to assess indoor air quality (IAQ), the first thing to do is to put in place solutions to measure the level of concentration of the various pollutants and components present in the room.
Sensors must therefore be installed to record the data to be studied:
- Co2 levels
- VOC levels
- the level of fine particles (PM1,
- PM2.5 and PM10),
- temperature
humidity - the operation of ventilation systems.
Once this data has been collected, the important thing is to know how to read it. To do this, there are indicators, such as ICONE and TAIL, which combine the data collected by these sensors and give a clear and easily understandable indication of the level of air quality.
To find out more about indoor air quality:
Nos solutions smart building pour tous vos usages
Discover real-life examples of connected buildings, solutions and advice to improve the comfort of your connected buildings.
API-K – mountain
What if the mountain became “smarter” thanks to IoT? Discover how API-K is developing an IoT network in the resort of La Clusaz…
CBRE-SHELL
Optimize the maintenance and energy performance of your real estate structures by digitizing them thanks to the IoT…
Smart buildings
What is smart building? Energy performance, maintenance, comfort, how to make your buildings more efficient?
Ventilation systems
To keep healthy air in your buildings and protect them from damage, the maintenance of ventilation systems is mandatory …
Our selection of IoT sensors for your buildings
To meet your Smart Building needs, Adeunis offers a range of connected sensors and services to support you at every stage of your IoT digitalization project.
Our multi-technology solutions can be adapted to suit your needs: LoRaWAN, Sigfox, 5G: LTE-M1 or NB-IoT.
Collect
Use IoT sensors to retrieve essential building operating data
Analyse
Use the data collected to :
- take stock of the situation
- monitor developments
- identify anomalies in real time
- draw up an action plan
Act
- energy consumption
- environmental factors
- air quality
- maintenance of technical equipment
Achieve your goals
- improve energy performance
- reduce costs
- improve comfort
- add value to the building
- meet regulatory requirements
Do you need help?
Our team is here to help you. If you have any questions or encounter any problems when using our application, please don’t hesitate to contact us. We’re here to solve any problems you may encounter and provide you with the best possible experience.
20 years
expertise to support you, from the diagnosis to the implementation of your solution
