1) Montreal voltage. 2) Operator commands. 3) Parameters tuning. 4) Alarms.
IEEE C37.118. IEEE C37.118. IEEE C37.118. IEEE C37.118. CEI 60870-5-104 ...
Australia AP B5 SEAPAC 2011
1
Enhancing System Stability using Synchrophasors
Author
Company
Email
Robert O’Reilly
Cooper Power Systems
[email protected]
Matthew Oong
Cooper Electrical Australia
[email protected]
Australia AP B5 SEAPAC 2011
2
Australia AP B5 SEAPAC 2011
3 James Bay Generating Area 1,300 km’s ( 808 miles) from Montreal
PMU
PMU
SubStation SubStation
SubStation SubStation
SubStation SubStation SubStation SubStation SubStation PMU
Each substation contains an SPDC (Substation Phasor Data Concentrator) and which uses 61850 to send control information to the synchronous unit controllers also using IEC 101 protocol.
PDC At HQ
Montreal Ring
Manic Generating Area 700kms (435 miles) from Montreal
Australia AP B5 SEAPAC 2011
4
Système CADRE
1) 2) 3) 4)
Montreal voltage Operator commands Parameters tuning Alarms
Ethernet CEI 60870-5-104
PDC SMP16 CP/PM
IRIG-B
SMP1 IEEE C37.118
Ethernet IRIG-B
IRIG-B
IEEE C37.118
PMU 1 SPDC SMP16 CP/PM
SMP1 IEEE C37.118
SSU
Sous-station #1
...
SMP1 IEEE C37.118
PMU 2
PMU 3
SSU
Sous-station #9
SSU PMU PDC SPDC
Substation Synchronous Unit Phasor Measurement Units Phasor Data Concentrator Substation Phasor Data Concentrator
Australia AP B5 SEAPAC 2011
5
Australia AP B5 SEAPAC 2011
6
Concluding remarks: Control within PDC is realistic and practical. Off-the-shelf equipment and software perform properly. More tools required to deal with large amounts of data. A step closer in meeting goals of NASPInet
Australia AP B5 SEAPAC 2011
7
Goals of NASPInet for a Phasor Gateway: Reception of PMU / synchrophasor data Maintain data quality, timing and integrity Provide Cyber Security & Access rights Performing Real-Time control actions Generation of Comtrade files on event occurrences Providing continuous information for long term storage analysis
Australia AP B5 SEAPAC 2011
8
Thank You
