A Distribution Management System Software Package
The latest solution for fault location, isolation, and service restoration (FLISR) redefines simplicity and reliability in distribution automation. With an intuitive user interface and a modern display, FLISR on Blueframe offers unparalleled transparency and ease of use to minimize customer outages and control wide-area distribution.
The FLISR software package is part of the Distribution Management System (DMS) suite on SEL Blueframe and is comprised of two applications: DMS Designer and FLISR. With FLISR on Blueframe, you can reduce customer outages, improve reliability metrics, and provide rapid fault detection and system restoration.
FLISR on Blueframe is:
FLISR solutions are easily configured on DMS Designer’s modern graphical user interface, which acts like a digital canvas. The digital canvas allows users to drag and drop and draw feeder designs as they would on a whiteboard—creating a system topology complete with breakers, reclosers, switches, and line taps.
The topologies drawn in DMS Designer maximize efficiency because they double as both the settings and the HMI. The settings configured in DMS Designer become the system view in FLISR—simplifying the design and deployment process.
The FLISR application provides rapid detection of a permanent fault and greatly reduces customer outage time by continuously monitoring breakers, reclosers, and switches and then taking over after any involved protection is finished.
With real-time visualization of your system, you can monitor the status of field devices, control the operations of the FLISR system, and access operations and deployment reports.
FLISR automatically generates reports for every event and deployment. These reports are designed to be detailed yet easy to read and include one-line diagrams, the feeder state before and after restoration, and the sequence of actions taken by the FLISR system to isolate the fault and restore service.
FLISR automatically generates reports for every event and deployment. These reports are designed to be detailed yet easy to read and include one-line diagrams, the feeder state before and after restoration, and the sequence of actions taken by the FLISR system to isolate the fault and restore service.
FLISR on Blueframe includes a simulator and real-time HMI that allows users to test new feeder configurations and changes to existing configurations directly in Blueframe—without interrupting the live system. Users can analyze real-world scenarios, test performance, and make adjustments before deploying the changes.
FLISR on Blueframe includes a simulator and real-time HMI that allows users to test new feeder configurations and changes to existing configurations directly in Blueframe—without interrupting the live system. Users can analyze real-world scenarios, test performance, and make adjustments before deploying the changes.
SEL Blueframe is a secure operating system and reliable software platform for operational technology environments. Linux- and container-based, SEL Blueframe minimizes the attack surface, prevents unauthorized access, and only allows the execution of software packages signed by SEL.
In addition to its inherent cybersecurity, SEL Blueframe offers an intuitive interface and a growing selection of software applications. SEL Blueframe can be deployed on SEL’s rugged computing platforms or as a virtual machine—and in either case, SEL manages and maintains the security and stability of the operating system.
SEL Blueframe is a secure operating system and reliable software platform for operational technology environments. Linux- and container-based, SEL Blueframe minimizes the attack surface, prevents unauthorized access, and only allows the execution of software packages signed by SEL.
In addition to its inherent cybersecurity, SEL Blueframe offers an intuitive interface and a growing selection of software applications. SEL Blueframe can be deployed on SEL’s rugged computing platforms or as a virtual machine—and in either case, SEL manages and maintains the security and stability of the operating system.