SCADA Control Center for Electricity and Fluid Networks

Irisa-SCADA as an Iranian SCADA system is considered as a native SCADA system

Information Systems
Irisa Smart Organization

SCADA Control Center for Electricity and Fluid Networks

In urban and industrial electricity networks, the electricity generated is transmitted through the transmission network to distribution networks. In these networks, a data collection system and monitoring and control are required through which the desired network can be controlled manually or by designing programs.

IRISA-SCADA as an Iranian SCADA system is considered as a native SCADA system that originates from the country’s steel industries, but because of high standards and technical requirements in this field of industries, also based on their high consumption and voltage levels up to the highest voltage level of a country’s electricity networks (400 kV), has significant similarities with the above electricity distribution and distribution network of the country and therefore by observing the requirements and receiving the necessary certificates from reputable institutions intends to be used in all electricity networks.

On the other hand, this system has been made with full knowledge of the prominent European systems that are very valid and efficient, and its foundations are based on deep concepts on the concepts in this field. This system is also used in water and other fluid networks with its appropriate libraries and features.

Attributes
Considering famous standards such as CIM (61970, 61968), C.37
Standards of common communication protocols in large power and fluid networks
Basic models such as topology processing and interlock processing, network coloring, precise processing on the quality of received data (Quality Processing)
Various processing of energy quantities and types of events and digital quantities
Has a version based on Linux servers in professional control centers
Configurable network configuration from one server (All-in-One) to any number of servers for high availability and distributed network model
Considering cyber-security aspects and license management
Capabilities
Smart grid extension ability
Having specific models of heavy industries, especially steel industry as the most important consumers of industrial electricity in the national electricity network
Various communication facilities with other systems at the factory level such as information management systems and management systems of production unit
Management of power and energy received from the national electricity network
Automatic load shedding management in case of current overload
Ability to connect to the smart factory communication network platform
The possibility of customer-specific development on SCADA infrastructure