Abstract
The paper touches upon the current issues related to the use of visualisation, control and archiving systems (SCADA) in hybrid power supply systems, based on the example of an installation that uses the energy of the sun and wind. The article contains an exemplary design of an autonomous hybrid power supply system and the SCADA system implemented in the Vijeo Citect environment. The major focus is on the presentation of the essential and the most frequently used SCADA system functionalities in terms of the monitoring and control of this type of power supply systems.
Highlights
1.1 SCADA systemsProduction and technological processes, which take place in industrial plants require appropriate control and supervision
The developed concept of the autonomous RES installation and the SCADA system which supervises its operation may successfully serve the purpose of creation of a real object
The installation allows for the electricity supply to a single-family house without connection to the power grid
Summary
Production and technological processes, which take place in industrial plants require appropriate control and supervision. The consequence of their complexity is that the use of individual controllers is insufficient, and it is necessary to apply a master system that controls the operation of many controllers. This is made possible by the SCADA systems (Supervisory Control And Data Acquisition). The supervisory applications like SCADA are used in each of the industrial branches Owing to their use at the control station, the data collected from all the sensors and controllers is displayed, the course of the controlled process is visualised and its control is possible.
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