The SmartComm system was developed as a tool for measuring electrical network parameters and diagnostics for problems related to Power Quality. It can be applied to monitor the electrical parameters of the network (consumption, Power Quality levels) and to operate predictive diagnostics on electrical systems. The most qualifying feature of SmartComm is the ability to carry out intelligent diagnosis and monitoring independently.
The patented system is able to independently monitor the electrical parameters of the networks and identify any Power Quality disturbances. It is a low-cost system with a high technological content interconnected to the network and therefore remotely monitored. The system is able to measure the standard Power Quality parameters but also, through an algorithm based on a neural network, to identify any alterations in the line voltage, report such disturbances and classify them. This solution allows the customer to be able to monitor their plant in real time and be aware of the losses that certain behaviors can generate. In addition, it allows the installer to provide highly personalized and efficient advice and assistance. In addition to this, it is possible to use this system to operate predictive maintenance of the electrical systems connected to the measurement system. This functionality is enabled by the system’s ability to identify the load profiles of the systems connected to the network and highlight any anomalies. The system can therefore be used to perform diagnostics on networks affected by Power Quality problems and to monitor the health of the networks with a view to efficiency and predictive maintenance.
Smart Plug is socket able to acquire in real time the instantaneous voltage and current samples of a load or a set of loads connected to the socket, perform one or more analyzes and send the processed data to a control platform that , by means of specific algorithms, it carries out further operations in order to identify both the characteristic electrical parameters of operation and complex phenomena inherent to Power Quality and Voltage Quality, currently performed by oscilloscopes and network analyzers. The same socket then performs the various tasks given by the control platform in response to user commands. Finally, the socket can be advantageously configured to connect directly to the control board and / or relays of the load or off-set of loads in order to achieve more efficient energy control.