IEEE P PQDIF Task Force Web Meeting

Size: px

Start display at page:

Download "IEEE P PQDIF Task Force Web Meeting"

Jonah Copeland
6 years ago
Views:

1 IEEE P PQDIF Task Force Web Meeting Chair: Daniel Sabin Electrotek Concepts, Inc. January 12, 2015 Garden Grove, California, USA

2 Meeting Agenda Patent Notice Task Force Overview Status of PAR Proposals for New PQDIF IDs Next Steps Next Meeting 2

3 3

4 IEEE P Task Force IEEE Power & Energy Society Transmission & Distribution Committee Power Quality Subcommittee P PQDIF Task Force Chair: Daniel Sabin Secretary: Rich Bingham 4

5 What is IEEE PQDIF? PQDIF is defined in IEEE Std a recommend practice for power quality data interchange format that allows exchange of measurements and simulation results between computer hardware and software systems PQDIF is a binary format that features optional lossless compression using zlib The initial standard was approved by IEEE RevCom in 2003 and was reaffirmed in With the ten-year lifecycle for IEEE standards, a revision must be completed by December

6 Recent Administrative Activity Although most of the working groups and tasks forces of the IEEE SCC-22 Standards Coordinating Committee were transferred to the IEEE PES Power Quality Subcommittee in July 2002, the IEEE P Task Force was still under IEEE SCC-22. The IEEE P Task Force was officially transferred from SCC-22 to IEEE PQ Subcommittee in March

7 PAR Application to IEEE New Standards Committee (NesCom) for P Revision A Project Authorization Request (PAR) is the means by which standards projects are started within the IEEE-SA. PARs define the scope, purpose, and contact points for the new project. The task force submitted a PAR to NesCom on May 23, 2014 to revise IEEE Std The PAR was approved at the August 21, 2014 meeting of NesCom in Beijing. The P Task Force was set up as a working group when NesCom approved the PAR, and this is the name of the group in IEEE SA web site Working Group for Transfer of Power Quality Data The PAR was approved until December 2018, which is the same date when IEEE Std would expire without revision. 7

8 P Revision Title and Objectives Title Recommended Practice for Power Quality Data Interchange Format (PQDIF) Objectives 1. To complete editorial changes and corrections to the 2003 edition of IEEE Std To add new ID values for existing PQDIF tags 3. To add new tags and ID values 4. To add new quantity types 5. To add an annex on the representation of PQDIF in XML 6. To add an annex on PQDIF and its relationship to IEC To add an annex on PQDIF and its relationship to IEEE C COMTRADE 8

9 PQDIF News: P Software Libraries Download from IEEE PQDIF Libraries Source Code for C++ Libraries for Reading and Writing PQDIF Files Updated in August 2014 to expand maximum number of samples in a single series instance to 16 million from current limit of 1 million. PQDCOM4.DLL Source Code for Microsoft Windows ActiveX/COM Library for reading and writing PQDIF files Intended for Use with VB6, Microsoft Office VBA, MATLAB, and unmanaged C++. PQDIF.NET Source Code for Microsoft Windows.NET Component Library for reading and writing PQDIF files that has similar interfaces to PQDCOM4.DLL Intended for Use with.net Applications Built using C# or VB.NET 9

10 PQDIF News: P Software Application Download from PQDiffractor Application for viewing/debugging PQDIF files in charts and tables February 2014 Now detects mismatch tagchannelfrequency and tagchannelgroupid with ID_QC_SPECTRA and ID_QC_SPECTRA_HGROUP or ID_QC_SPECTRA_IGROUP October 2014 Now supports automatic conversion to other PQDIF files or XML files using command line options December 2014 Now supports viewing IEEE C COMTRADE files 10

11 PQDIF News: NVE 1557 All grid companies in Norway need to submit a PQDIF file for at least one power quality monitor to the Norwegian regulator (NVE) by February 1. The PQDIF file will contain rms voltage, Pst, Plt, negativesequence unbalance, and rms voltage variations for voltage sags, swells, and rapid voltage events. 11

12 P Objectives: Add New ID values for Existing PQDIF tags IEEE Std Action Item from 2014 IEEE PES General Meeting Add descriptions for these quantity characteristics, which are intermediate values in the flicker meter algorithm. ID_QC_FLKR_PILPF ID_QC_FLKR_PIMAX ID_QC_FLKR_PIROOT ID_QC_FLKR_PIROOTLPF Add ID_QC_FLKR_P 12

13 New Web Site Created in July 2012 to Assist in Collecting Information for New PQDIF IDs The task force has created a web site that will allow users an easy way to submit new IDs for existing tags 13

14 New ID Values Submitted Since Last Meeting Name of Tag Name Description Recommendation tagequipmentid tagdisturbancecategoryid tagequipmentid tagequipmentid tagequipmentid ID_EQUIP_CANDURA_ PQPRO URB_1159_WAVEDIST ORT_INTERHARMONI C ID_EQUIP_CANDURA_ EP600 ID_EQUIP_CANDURA_ PQPMU ID_EQUIP_CANDURA_ PVII CANDURA Instruments PQPro RVC event as per IEC CANDURA Instruments EnergyPro CANDURA Instruments PQPMU CANDURA Instruments PVII Approved Needs Clarification Approved Approved Approved tagquantitycharacteristicid ID_QC_DURATION Duration Approved tagquantitycharacteristicid ID_QC_TIME_OFFSET Time Approved 14

15 Rapid Voltage Change (RVC) IEC Rev. 3 FDIS: a quick transition in r.m.s. voltage occurring between two steadystate conditions, and during which the r.m.s. voltage does not exceed the dip/swell thresholds (The National Committees needed to return their votes on Revision 3 last Friday.) Detected using a moving one-second rms window with triggering thresholds and hysteresis Approved by IEEE P Task Force at Last Meeting: ID_QC_RVC_DELTA UMAX and ID_QC_RVC_DELTA USS ΔUmax = 4.32% RVC ΔUss = 4.32% Vab Vbc Vca Umax Voltage (%) ΔUss = 4.32% ΔUmax = 4.32% Umin Time (s) 15

16 Changes to ID_QT_MAGDURTIME Current IEEE The high-level description of the type of quantity which is being captured by this channel. In order to guarantee reader compatibility, the following series value types (in order) should be used. ID_QT_MAGDURTIME TIME, VAL, DUR Proposed Change for IEEE Revision Expand list of allowed value types: TIME, VAL, DUR, MIN, AVG, MAX Provide Examples for Storing Single RMS Variation RMS Variation Event List Transient Event List Rapid Voltage Change Event List 16

17 Example Channel Definitions for Simple RMS Variation Event List using ID_QT_MAGDURTIME Channel Instance Series Instance ValueTypeID Quantity MeasuredID PhaseID Quantity UnitsID Quantity CharacteristicID 0 0 TIME VOLTAGE AN SECONDS TIME 0 1 VAL VOLTAGE AN VOLTS RMS 0 2 DURATION VOLTAGE AN SECONDS DURATION 1 0 TIME VOLTAGE BN SECONDS TIME 1 1 VAL VOLTAGE BN VOLTS RMS 1 2 DURATION VOLTAGE BN SECONDS DURATION 2 0 TIME VOLTAGE CN SECONDS TIME 2 1 VAL VOLTAGE CN VOLTS RMS 2 2 DURATION VOLTAGE CN SECONDS DURATION 17

18 Example Channel Definitions for RMS Variation Event List using ID_QT_MAGDURTIME Channel Series ValueTypeID Quantity PhaseID Quantity Quantity Instance Instance MeasuredID UnitsID CharacteristicID 0 0 TIME VOLTAGE AN SECONDS TIME_OFFSET 0 1 MIN VOLTAGE AN VOLTS RMS 0 2 AVG VOLTAGE AN VOLTS RMS 0 3 MAX VOLTAGE AN VOLTS RMS 0 4 DURATION VOLTAGE AN SECONDS DURATION 1 0 TIME VOLTAGE BN SECONDS TIME_OFFSET 1 1 MIN VOLTAGE BN VOLTS RMS 1 2 AVG VOLTAGE BN VOLTS RMS 1 3 MAX VOLTAGE BN VOLTS RMS 1 4 DURATION VOLTAGE BN SECONDS DURATION 2 0 TIME VOLTAGE CN SECONDS TIME_OFFSET 2 1 MIN VOLTAGE CN VOLTS RMS 2 2 AVG VOLTAGE CN VOLTS RMS 2 3 MAX VOLTAGE CN VOLTS RMS 2 4 DURATION VOLTAGE CN ISECONDS DURATION 18

19 Example Channel Definitions for RVC Event List using ID_QT_MAGDURTIME Channel Instance Series Instance ValueTypeID Quantity MeasuredID PhaseID Quantity UnitsID Quantity CharacteristicID 0 0 TIME VOLTAGE AN SECONDS TIME_OFFSET 0 1 VAL VOLTAGE AN VOLTS RVC_DELTA_UMAX 0 2 VAL VOLTAGE AN VOLTS RVC_DELTA_USS 0 3 DURATION VOLTAGE AN SECONDS DURATION 1 0 TIME VOLTAGE BN SECONDS TIME_OFFSET 1 1 VAL VOLTAGE BN VOLTS RVC_DELTA_UMAX 1 2 VAL VOLTAGE BN VOLTS RVC_DELTA_USS 1 3 DURATION VOLTAGE BN SECONDS DURATION 2 0 TIME VOLTAGE CN SECONDS TIME_OFFSET 2 1 VAL VOLTAGE CN VOLTS RVC_DELTA_UMAX 2 2 VAL VOLTAGE CN VOLTS RVC_DELTA_USS 2 3 DURATION VOLTAGE CN SECONDS DURATION 19

20 Example Channel Definitions for Transient Event List using ID_QT_MAGDURTIME Channel Instance Series Instance ValueTypeID Quantity MeasuredID PhaseID Quantity UnitsID Quantity CharacteristicID 0 0 TIME VOLTAGE AN SECONDS TIME_OFFSET 0 1 VAL VOLTAGE AN VOLTS PEAK 0 2 DURATION VOLTAGE AN SECONDS DURATION 1 0 TIME VOLTAGE BN SECONDS TIME_OFFSET 1 1 VAL VOLTAGE BN VOLTS PEAK 1 2 DURATION VOLTAGE BN SECONDS DURATION 2 0 TIME VOLTAGE CN SECONDS TIME_OFFSET 2 1 VAL VOLTAGE CN VOLTS PEAK 2 2 DURATION VOLTAGE CN SECONDS DURATION 20

21 Proposed Annex on Representation of PQDIF in XML 21

22 Feedback from CIGRÉ/CIRED Joint Working Group C4.112 on Power Quality Monitoring The industry needs a simple text file format to facilitate light implementations that cannot include a C++, COM, or.net Library. PQDIF is precise but requires a lot of expertise. Proposed Solution In addition to defining the verbose, complete representation of a PQDIF file in XML, we could define an XML representation of a PQDIF observation record with just enough information from the data source record and/or monitor settings records that would identify the monitor name (e.g., MyMonitor), channel definitions (e.g., RMS Voltage Phase A), and series definitions (e.g., Average) with a nominal base voltage of 12 kv and a nominal fundamental frequency of 50 Hz. 22

23 Proposed Annex on PQDIF s Relationship to IEC IEC defines file classes that can be mapped to the Manufacturing Message Specification (MMS) file object. PQDIF Files and COMTRADE Files, Other supported file types: bin, dtd, gif, htm, txt, xml, xsd, zip IEC TC57 and TC85 are collaborating on a new technical report: TR IEC If the recommendations of the report are adopted by IEC TC 57, a new logical node with the working title Continuous Power Quality recorder will be implemented in IEC Ed. 3 IEEE PQDIF Std is the preferred file format. A first draft of IEC TR Using IEC to transmit Power Quality data is available for comment (DC or Draft for Comment ). We need to provide feedback on the draft document We should incorporate a summary of the TR in our proposed annex to the revised IEEE Std

24 Feedback from Joint Working Group of IEC TC85/TC57 Add rapid voltage change (RVC) single-event characteristics and an RVC event list Add flagging to indicate when power quality disturbances occur to allow a given ten-minute value (e.g., 10-minute short-term flicker perception Pst) could be filtered because the 10-minute interval included a voltage sag. Only method available now: store single events or an event list of voltage sags, swells, etc., which indirectly can be used to know which 10-minute intervals should be filtered. However, many PQ monitors are not including events; they include a flag on each ten-minute interval. We do not have a place in a value log observation record for storing the flags. Proposal: Allow storage of an observation list that would be the timestamps of value logs that could be filtered. 24

25 Proposed Annex of PQDIF s Relationship to IEEE/IEC COMTRADE COMTRADE now has a dual IEEE/IEC logo The H26 Working Group in the Power Systems Working Group completed a COMTRADE conformity test plan document in December We plan to include an annex that compares PQDIF and COMTRADE Source material for the annex could draw on the IEEE Power Systems Relaying Committee Working Group H5C report on Common Data Format for IED Sampled Data Summarized PQDIF, COMTRADE, and Explained issues related to converting data between the formats 25

26 CIRED 2015 Paper Paper Abstract Accepted for CIRED 2015 Conference Revision of IEEE Std PQDIF The full paper is due this Friday. If accepted, the paper will be published in the CIRED 2015 Proceedings at Lyon, France in June

27 Next P Task Force Meeting 2015 IEEE PES General Meeting July 2015 Denver, Colorado, USA 27

IEEE P PQDIF Task Force Web Meeting

IEEE P PQDIF Task Force Web Meeting IEEE P1159.3 PQDIF Task Force Web Meeting Chair: Daniel Sabin Electrotek Concepts, Inc. d.sabin@ieee.org July 27, 2015 Denver, Colorado, USA Meeting Overview Overview of IEEE P1159.3 Revision Project Approval