Energy-Intensive Industries

How can you manage your power assets and avoid losses caused by interruptions in industrial processes?

Energy-intensive industries need robust supervisory control systems to manage their power assets. A single interruption can force an entire process to be restarted or waste large amounts of raw material, causing major financial losses. That makes availability, quality, and reliability of power supply critical for industries that want to run their plants more efficiently and cut losses and costs.

Elipse Power Industry is a platform with dedicated features for building comprehensive control centers. It lets you develop applications that manage and control large numbers of substations and communication points. It is designed for plants with heavy energy use that demand high availability and reliability.

The electrical system modeling tool automatically generates SCADA operation screens and lets you add and edit elements, shortening configuration and commissioning time and making the system safer and more reliable.

Benefits

• Lower engineering and maintenance costs
• Shorter configuration and commissioning time and lower costs
• High reliability and availability
• Consistent data across all interfaces, preventing operator errors
• Easy integration with existing systems such as SCADA and DCS, protecting previous investments

Features

• Electrical network model: built on IEC 61970 (CIM) in an integrated graphical interface that automatically generates single-line diagrams
• Topology Processor: runs on the electrical model to animate single-line diagrams automatically, with no programming required
• TagBrowser: imports tags directly from IEDs over IEC 61850, drastically reducing errors and configuration time
• Load shedding: keeps critical loads running by evaluating scenarios that could destabilize the electrical system and preselecting the loads to shed in those events
• Templates: standardize commands, measurements, and colors for every device in the system from a single environment
• Hot-standby architecture: switches automatically between available servers
• Scalability: supervises and controls large numbers of substations and communication points
• Supported protocols: IEC 61850, IEC 60870-5-101/104, DNP3, Modbus, and more