The technique for increasing the efficiency of the control and management of the power facilities in SCADA systems

Currently, supervisory control and data acquisition systems based on complex trunk-tree structures are widely used in the control and management of distributed power facilities, the oil industry and the railway transport. SCADA systems for the distributed power facilities and industries have been developed in the electric power industry to solve the problem of reliable information transfer and control commands via communication channels from remote control points to a central control center implemented as a central receiving and transmitting station. Already at the first stages of supervisory control and data acquisition systems development one of the main tasks was to ensure high reliability of transmitted information and control commands.