The two axes which the R & D team focuses on are:

Very low consumption "plug & play" sensors adaptable to all existing meters (electricity, gas, etc.).
Analysis algorithms capable of automatically interpreting measurements.

Fludia’s technology distinguishes itself in the field of sensors by the search for an optimal compromise between performance, battery life, ease of integration and cost.

The sensors, designed and developed by Fludia, are communicating objects dedicated to the recovery of consumption information, by detecting visual indicators present on the meters (diode, rotating parts, roll numbers ...) and turning them into useful information. They include an embedded intelligence and communication abilities. We want our sensors to consume very little for their battery to last several years. We also have to imagine devices and methods for positioning and fixing that are both universal (all meters) and very easy to install.

Analysis algorithms

Fludia technology in the field of analysis algorithms focuses on the interpretation of consumption curves (typically for electricity, gas or water), obtained from measurements taken at regular intervals.

Analysis algorithms are used to automatically detect, from the collected measurements, clues of equipment running in order to identify overconsumption or technical anomalies. The methods used are from the "machine learning", of which a major application is to have a computer perform complex recognition tasks, such as the detection and recognition of faces, license plates, handwriting, speech etc..

The analysis engine developed by Fludia builds on these specialized algorithms to provide, automatically, useful information to help identify equipment overconsumption, to optimize rates and bills and more generally to understand where and how to act for better energy management.

Fludia - Model FM432 -LoRaWAN Energy Sensors

Offices, retail stores: smart monitoring and budget optimization (power adjustment and floor consumption) &nbsp;
Residential: consumption analysis by use ("Disag" option), detection of main devices (frequency, hours of use, etc.) &nbsp;
Public lighting: budget monitoring, regulation monitoring and schedule programming &nbsp;
Solar self-consumption: help with the sizing of the installation with the analysis of the real consumption profile and the correlation with the simulated PV production curve.

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