Because it is difficult to see the current leakage status of pipes buried in the ground, pipes may burst unexpectedly and suddenly. They are essentially „ticking time bombs“ underground.
Unnoticed leaks and pipe bursts cause water losses of up to € 173 bn each year.
District heating companies spend days searching for the exact location of leaks, in the meantime heat energy gets lost and their customers may be freezing at home.
Precise digital leakage localization and predictive maintenance.
We integrate existing hardware and analyze sensor data with a digital twin and AI algorithms.
Existing Hardware
Suppliers pipes
Each liquid or gas requires different pipe material. PipePredict monitors all types of material.
Existing sensors
PipePredict integrates already existing sensors into its solution, allowing for a fast first deployment.
Signal transmission
Newest transmission technologies (e.g. LoRaWan/5G/SigFox) are used to transmit the signals.
PipePredict Anaylitcs
Digital twin
Already existing GIS-data are used to create a digital twin. This is a digital version of the pipes network with all physical properties.
Our AI algorithms
The data is then being analyzed by a combination of self developed Machine-Learning-Algorithms.
Precise digital leakage localization and predictive maintenance.
We integrate existing hardware and analyze sensor data with a digital twin and AI algorithms.
Suppliers pipes
Each liquid or gas requires different pipe material. PipePredict monitors all types of material.
Existing sensors
PipePredict integrates already existing sensors into its solution, allowing for a fast first deployment.
Signal transmission
The newest transmission technologies (e.g. LoRaWan/5G/SigFox) are used to transmit the signals.
PipePredict Anaylitcs
Digital twin
Already existing GIS-data are used to create a digital twin. This is a digital version of the pipes network with all physical properties.
Our AI algorithms
The data are then analyzed by a combination of self developed Machine-Learning-Algorithms.
