Network Manager Supervisory Control and Data Acquisition (SCADA)

Description

Network Manager SCADA is a platform that enables other Network Manager modules to provide value to users across a variety of industries.The modern user interface delivers enhanced situational awareness and visualizes results from advanced applications, giving operators absolute control of their infrastructure and full confidence in their operations.

Network Manager SCADA for utilities
Network Manager provides utilities with a single, unified view of the whole electrical network. For example, Network Manager’s situational awareness tools allow the user to see abnormal flow directions and overloaded corridors and visualize how the system load will change in the next 24 hours.

Benefits

• Highly scalable platform and modular design ensures that the system can grow with your future needs
• Designed for high availability, with support for multiple redundant schemes, secondary/emergency control centers, and backup facilities allowing for automatic failovers and no loss of data
• Modern HMI enhances operators’ situational awareness and provides improved decision support to shorten response time
• Easy to implement, deploy and maintain – runs in both native and virtualized environments to minimize total cost of ownership
• Open architecture allows for interoperability and integration with other IT and OT systems

Features

• Data acquisition: Collect data from remote terminal units using standard protocols, e.g., IEC, DNP, Modbus.
• Alarms and events: Check received values against limits and notify the operator. Allow the operator to acknowledge and delete alarms.
• Supervisory control: Send commands to remote devices to open or close breakers and to change analog setpoints.
• Calculations: Perform calculations on real-time values for which there is no available measurement.
• Historian: Store analog and status values with timestamps and retrieve them for playback.
• User interface: Display real-time values in schematic diagrams, list displays, trend displays, and user-defined displays
• Data engineering: Use graphical and tabular forms to create schematic diagrams, enter point configuration data, and configure alarms and calculations.
• External interfaces: Send and receive real-time data using standards-based interfaces. Exchange network models with neighboring utilities.