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ATS SmartFR

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Hoang Le Van

SmartFR is a software that can automatically collect and analyze digital fault recording data in control and protection systems, the results of which is presented to operators.

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Applied Technical Systems Company Ltd. Address. Suite #604, 8 Tran Hung Dao St. Hanoi, Vietnam Phone. +84-24-38251072 E-mail. ecommerce@ats.com.vn Website. www.ats.com.vn SmartFR Smart Fault Record System TM
22 Table of Contents1 A. Product Overview....................................................2 1. Advantages........................................................2 2. System Architecture.........................................2 2. Data Structure...................................................3 3. Key Functions....................................................3 3. Supported Operating System...........................3 4. Hardware minimum requirement ...................3 B. Technical Highlights.................................................4 1. Data Viewer Tools.............................................4 2. Configuration Tools ..........................................6
33 A. Product Overview 2  Fully meet with requirements to facilitate the analysis of disturbances on power system or both generation and transmission & distribution assets  Provides High-Accuracy Time-Stamping  Provides Oscillography and Event Reporting  Automatically collect, archive and visualize for fault records and disturbance records of protection relays & fault recorders.  Automatically collect, archive and display Sequence of Events (SOEs) of protection relays and BCUs  Accurately time-stamp SOE, FR, and DDR data, which can then be easily time-synchronized by the user  A compact, economical system that includes the needed equipment to fully meet all of customer re- quirements; these systems are designed to operate in harsh substation environments  Provide system-wide detail records and analysis tools, such as: searching and filtering for data analysis  Manage more than a thousand IEDs in hierarchy  Distributed collection system and Centralized Data Management  Compliant with International standards: IEC, NERC, IEEE  Compatible with Fault record and Disturbance record protocols including: IEC61850-8-1 File Services, FTP, Telnet, proprietary protocol, etc.  Support latest version of COMTRADE file format  Support IEDs from various manufacturers: SEL, Al- stom, GE, Siemens, IngeTeam, Nari, Toshiba,etc. SmartFRTM is a software that can automatically collect and analyze digital fault recording data in control and protection systems, the results of which is presented to operators. ADVANTAGES Figure 1. Overall System Architecture SYSTEM ARCHITECTURE Figure 1 shows overall system architecture of SmartFRTM . OCC Fault Database Client Application Protection Relay #1 Protection Relay #n Client ApplicationOCCNetwork DR Data DR Data SOE Data FaultDataDriver2 1 SUBSTATION OCC 4 5 3 Figure 2. Data flow Figure 2 shows data flow of system:  Protection relays (1) are the source of data for SmartFRTM . The relay protection devices (1) are located at the substation.  Dedicated WAN/LAN (2) is utilized for connection between relays (1) and control center.  Fault Data Driver (3) collects fault data in various file formats, convert to a common one and store in RDBMS Database (4).  Client applications (5) shall read data from RDBMS database (4) and display in user interface.
44 A. Product Overview3 SmartFRTM will analyzes, extractes and filters data stored in fault records, and displayed graphically to facilitate fault analysis . Various data can be displayed, including :  Simultaneous display of several fault records.  Summary of fault records  Wave-form data or vector data of analog channels, digital output signals and can be added  Data of several analog channels, vector channels or digital outputs may be displayed at the same view  Time stamp is unique in all displays  Time cursor can be assigned at essential moment (relay trip, fault clearance or any user-selected one) KEYFUNCTIONS SUPPORTED OPERATING SYSTEM  Microsoft Windows XP  Microsoft Windows Vista  Microsoft Windows 7  Microsoft Windows 8  Microsoft Windows 10  Microsoft Server 2003  Microsoft Server 2008  Microsoft Server 2012 HARDWARE MINIMUM REQUIREMENT  Processor: 1 gigahertz (GHz) or faster processor or SoC  RAM: 1 gigabyte (GB) for 32-bit or 2 GB for 64-bit  Hard disk space: 16 GB for 32-bit OS 20 GB for 64-bit OS  Display: 800x600 DATA STRUCTURE SmartFRTM organizes data in tree structure. In which, the root node is stations, inside the station node is children nodes as shown in Figure 3. Figure 3. Data structure
55 Figure 4. SOE and Event Viewer DATA VIEWER TOOLS The program provides:  Navigation function  Data Filtering Function  Search/Find function  Data Display tool Figure 5. Station Communication View information and monitor connection status from Smart- FRTM to Gateway computers at the stations View SOEs and Events by station structure B. Technical Highlights 4
66 Figure 6. Relay Communication Figure 7. Fault Analysis B. Technical Highlights5 View information and monitor connection status from Smart- FRTM to Relays Graphic chart of ana- log and digital fault data
77 B. Technical Highlights 6 Figure8.GUIMainMenu CONFIGURATION TOOLS Figure 9. Station Editor Editor to create, edit and delete Station (*) (*) Configuration Program Menu
88 Figure 10. Yard Editor Figure 11. Bay Editor Editor to create, edit and delete Yard Editor to create, edit and delete Bay B. Technical Highlights7
99 B. Technical Highlights 8 Figure 3. Relay Manufacturer Editor Figure 12. Relay Type Editor Editor to manage relay manufacturer Editor to manage relay type
1010 Figure 13. Relay Configuration Editor Editor to configure relay B. Technical Highlights9
ATS SmartFR
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ATS SmartFR

  • 1. Applied Technical Systems Company Ltd. Address. Suite #604, 8 Tran Hung Dao St. Hanoi, Vietnam Phone. +84-24-38251072 E-mail. ecommerce@ats.com.vn Website. www.ats.com.vn SmartFR Smart Fault Record System TM
  • 2. 22 Table of Contents1 A. Product Overview....................................................2 1. Advantages........................................................2 2. System Architecture.........................................2 2. Data Structure...................................................3 3. Key Functions....................................................3 3. Supported Operating System...........................3 4. Hardware minimum requirement ...................3 B. Technical Highlights.................................................4 1. Data Viewer Tools.............................................4 2. Configuration Tools ..........................................6
  • 3. 33 A. Product Overview 2  Fully meet with requirements to facilitate the analysis of disturbances on power system or both generation and transmission & distribution assets  Provides High-Accuracy Time-Stamping  Provides Oscillography and Event Reporting  Automatically collect, archive and visualize for fault records and disturbance records of protection relays & fault recorders.  Automatically collect, archive and display Sequence of Events (SOEs) of protection relays and BCUs  Accurately time-stamp SOE, FR, and DDR data, which can then be easily time-synchronized by the user  A compact, economical system that includes the needed equipment to fully meet all of customer re- quirements; these systems are designed to operate in harsh substation environments  Provide system-wide detail records and analysis tools, such as: searching and filtering for data analysis  Manage more than a thousand IEDs in hierarchy  Distributed collection system and Centralized Data Management  Compliant with International standards: IEC, NERC, IEEE  Compatible with Fault record and Disturbance record protocols including: IEC61850-8-1 File Services, FTP, Telnet, proprietary protocol, etc.  Support latest version of COMTRADE file format  Support IEDs from various manufacturers: SEL, Al- stom, GE, Siemens, IngeTeam, Nari, Toshiba,etc. SmartFRTM is a software that can automatically collect and analyze digital fault recording data in control and protection systems, the results of which is presented to operators. ADVANTAGES Figure 1. Overall System Architecture SYSTEM ARCHITECTURE Figure 1 shows overall system architecture of SmartFRTM . OCC Fault Database Client Application Protection Relay #1 Protection Relay #n Client ApplicationOCCNetwork DR Data DR Data SOE Data FaultDataDriver2 1 SUBSTATION OCC 4 5 3 Figure 2. Data flow Figure 2 shows data flow of system:  Protection relays (1) are the source of data for SmartFRTM . The relay protection devices (1) are located at the substation.  Dedicated WAN/LAN (2) is utilized for connection between relays (1) and control center.  Fault Data Driver (3) collects fault data in various file formats, convert to a common one and store in RDBMS Database (4).  Client applications (5) shall read data from RDBMS database (4) and display in user interface.
  • 4. 44 A. Product Overview3 SmartFRTM will analyzes, extractes and filters data stored in fault records, and displayed graphically to facilitate fault analysis . Various data can be displayed, including :  Simultaneous display of several fault records.  Summary of fault records  Wave-form data or vector data of analog channels, digital output signals and can be added  Data of several analog channels, vector channels or digital outputs may be displayed at the same view  Time stamp is unique in all displays  Time cursor can be assigned at essential moment (relay trip, fault clearance or any user-selected one) KEYFUNCTIONS SUPPORTED OPERATING SYSTEM  Microsoft Windows XP  Microsoft Windows Vista  Microsoft Windows 7  Microsoft Windows 8  Microsoft Windows 10  Microsoft Server 2003  Microsoft Server 2008  Microsoft Server 2012 HARDWARE MINIMUM REQUIREMENT  Processor: 1 gigahertz (GHz) or faster processor or SoC  RAM: 1 gigabyte (GB) for 32-bit or 2 GB for 64-bit  Hard disk space: 16 GB for 32-bit OS 20 GB for 64-bit OS  Display: 800x600 DATA STRUCTURE SmartFRTM organizes data in tree structure. In which, the root node is stations, inside the station node is children nodes as shown in Figure 3. Figure 3. Data structure
  • 5. 55 Figure 4. SOE and Event Viewer DATA VIEWER TOOLS The program provides:  Navigation function  Data Filtering Function  Search/Find function  Data Display tool Figure 5. Station Communication View information and monitor connection status from Smart- FRTM to Gateway computers at the stations View SOEs and Events by station structure B. Technical Highlights 4
  • 6. 66 Figure 6. Relay Communication Figure 7. Fault Analysis B. Technical Highlights5 View information and monitor connection status from Smart- FRTM to Relays Graphic chart of ana- log and digital fault data
  • 7. 77 B. Technical Highlights 6 Figure8.GUIMainMenu CONFIGURATION TOOLS Figure 9. Station Editor Editor to create, edit and delete Station (*) (*) Configuration Program Menu
  • 8. 88 Figure 10. Yard Editor Figure 11. Bay Editor Editor to create, edit and delete Yard Editor to create, edit and delete Bay B. Technical Highlights7
  • 9. 99 B. Technical Highlights 8 Figure 3. Relay Manufacturer Editor Figure 12. Relay Type Editor Editor to manage relay manufacturer Editor to manage relay type
  • 10. 1010 Figure 13. Relay Configuration Editor Editor to configure relay B. Technical Highlights9