Digitalising maintenance monitoring
ERITHERM / BEFFROI DE MONTROUGE
ERITHERM / BEFFROI DE MONTROUGE
Optimise the organisation of maintenance, operating costs and improve user satisfaction by connecting its equipment with the IoT.
Specialist in the operation and realisation of technical installations for the building industry (installation, maintenance, repairs).
Business line: operation and realisation of thermal installations (heating, geothermal, plumbing, ventilation and air conditioning)
Type of building concerned: all types of buildings
ERITHERM specialises in the operation of thermal installations for buildings. Its teams work on a daily basis to ensure the correct operation of heating, ventilation, air conditioning, DHW, etc. equipment in a wide range of buildings. To help its organisation, it uses TWIPI GROUP’s CMMS (Computerised Maintenance Management System) tool.
ERITHERM is looking for solutions to optimise the organisation of its maintenance service, reduce its costs and improve the service provided to its customers.
Bruno Soret, President of ERITHERM explains to us why he chose the IoT.
In order to monitor the building’s technical equipment and optimise the associated maintenance services, ERITHERM has chosen to integrate IoT solutions.
To do so, it is equipped with adept sensors, communicating data through two complementary tools:
The first major step in the implementation of this project consists in deploying a complete IoT solution on the pilot site of the Montrouge Belfry.
Specialist in the construction and operation of technical installations for the building industry (installation, maintenance, repairs).
TWIPI GROUP / TWIMM
Editor of the TWIMM CMMS (Computerised Maintenance Management System) solution.
Designer/Manufacturer of connected sensors and radio frequency expert. Accompanies the deployment strategy in the field.
Connectivity provider. Allows data transmission.
Publisher of software platforms for the digitalisation of energy management for companies, local authorities and landlords.
In order to meet the desired optimisation objectives, several building equipment can be equipped with IoT sensors:
Adeunis IoT sensor PULSE
The analysis of consumption over time allows us to highlight consumption that should not exist. For example, we can see that consumption takes place at weekends when the building is closed, that rooms are heated when there is no one inside or when the windows are open, that water consumption is excessively high…
In addition, the remote warning function allows to react quickly in the event of over-consumption, which is synonymous with potential leakage.
Adeunis IoT sensor COMFORT
Having remote access to the inside temperature of buildings is a real plus in assisting occupants.
At ERITHERM, sensors are placed in the homes of users for whom a recurring temperature problem seems to be found. For a period of about 3 weeks, the data is read remotely, very regularly, in order to be able to analyse the situation in detail. Depending on the observations made, a response and an appropriate solution can be provided to the user.
Adeunis IoT sensor TEMP2S
Since 2010, it is mandatory to monitor the temperature of the water present in the DHW circuits of all buildings receiving the public (ERP). The water temperature must be maintained at a minimum of 55°C throughout the entire circuit. This is the threshold below which the deadly Legionella bacteria can proliferate.
Thanks to the IoT TEMP 2S sensors and its two temperature probes, an alert is issued when the water temperature no longer corresponds to the determined criteria. This alert makes it possible to react quickly to solve the problem and, above all, to take the necessary measures for the building’s occupants.
The benefits of these IoT solutions for ERITHERM are easily identifiable:
The alerts allow you to be quickly informed whenever a malfunction occurs. It is then possible to intervene as quickly as possible to identify the source of the problem and resolve it.
Monitoring and analysis of consumption allows for better management of the consumption. The alert function enables the company to intervene as quickly as possible in the event of a leak and to avoid over-consumption and the related costs associated with damage.
With the IoT, it is also possible to create new service offers. For example, “on the monitoring of DHW networks, it is possible to offer optional 24-hour monitoring with alerts when thresholds are exceeded. This is of real interest to our customers.
Improving responsiveness and reducing consumption are two direct benefits for the managers and owners of the buildings maintained by ERITERM. By providing these IoT solutions, ERITERM offers its customers a new service and adds value to its maintenance offers.
ERITHERM has chosen the IoT to remotely read the data of the technical building equipment for the following reasons:
Low installation and operating costs
Easy and quick to install
Easy to use
In the coming months, ERITHERM’s objective is to deploy these IoT solutions on more and more buildings. “Indeed, the model is easily transposable to other cities, other buildings…” Thanks to the “TOP” support of the various players involved in this project and the good results of these pilot tests, ERITHERM is now able to deploy other sensors autonomously.
Eventually, the implementation of new use cases is envisaged to enrich their offer with, for example, the monitoring of ventilation systems. “The Delta P sensor enables us to check that the belt is working, it can be combined with a current clamp to check the power supply and it is also possible to add a sensor to monitor the opening of the skydome.“
Discover the other uses of the IoT for more connected equipment