URLLC

Advanced grid automation feature developed by E-Distribuzione that is able to localise and insulate the fault and re-power the rest of the grid in less than one second.

Remote inspection of automatically delimited working areas at the distribution grid level through the deployment of a private 5G network.

The use case overall focuses on leveraging the capabilities of a 5G network with an application that enables the robot to determine to which 5G cell it is connected.

The use case reflects the functionality of the final prototype of the Network App, which is a teleoperation task where a TIAGo robot needs to perform a pick-and-place task while being teleoperated remotely due to the risks of the environment or of the objects to be manipulated.

The use case describes the monitoring of the 5G core through the proper use of suitable APIs.