Filter by category
Filter by Date
Cancellation of Actual (LOR2) condition in the NSW region - 13/01/2025
Cancellation of Actual (LOR2) condition in the NSW region - 13/01/2025
The Actual LOR2 Condition in the NSW Region advised in AEMO Electricity Market Notice No.123176 is cancelled at 1815 hrs 13/01/2025.
Manager NEM Real Time Operations
Actual Lack Of Reserve Level 2 (LOR2) in the NSW region - 13/01/2025
Actual Lack Of Reserve Level 2 (LOR2) in the NSW region - 13/01/2025
An Actual LOR2 condition has been declared under clause 4.8.4(b) of the National Electricity Rules for the NSW region from 1730 hrs.
The Actual LOR2 condition is forecast to exist until 1800 hrs
The capacity reserve required is 714 MW
The minimum reserve available is 560 MW
AEMO is seeking an immediate market response.
An insufficient market response may require AEMO to implement a AEMO intervention event.
Manager NEM Real Time Operations
STPASA - Cancellation of the Forecast Lack Of Reserve Level 3 (LOR3) in the NSW Region on 17/12/2024
The Forecast LOR3 condition in the NSW region advised in AEMO Electricity Market Notice No. 121818 is cancelled at 1200 hrs on 13/12/2024.
No LOR3 condition is currently forecast in the STPASA period.
AEMO Operations
STPASA - Cancellation of the Forecast Lack Of Reserve Level 3 (LOR3) in the NSW Region on 16/12/2024
The Forecast LOR3 condition in the NSW region advised in AEMO Electricity Market Notice No. 121817 is cancelled at 1200 hrs on 13/12/2024.
No LOR3 condition is currently forecast in the STPASA period.
AEMO Operations
STPASA - Update of the Forecast Lack Of Reserve Level 3 (LOR3) in the NSW Region on 16/12/2024
The Forecast LOR3 condition in the NSW region advised in AEMO Electricity Market Notice No. 121817 has been updated at 0800 hrs 13/12/2024 to the following:
From 1630 hrs to 1900 hrs 16/12/2024.
The maximum load (other than interruptible loads) forecast to be interrupted is 321 MW at 1730 hrs.
AEMO is seeking a market response.
AEMO has not yet estimated the latest time it would need to intervene through an AEMO intervention event.
AEMO Operations
STPASA - Update of the Forecast Lack Of Reserve Level 3 (LOR3) in the NSW Region on 17/12/2024
AEMO declares a Forecast LOR3 condition under clause 4.8.4(b) of the National Electricity Rules for the NSW region for the following periods:
[1.] From 1500 hrs 17/12/2024 to 1900 hrs 17/12/2024.
The maximum load (other than interruptible loads) forecast to be interrupted is 376 MW at 1630 hrs.
AEMO is seeking a market response.
AEMO has not yet estimated the latest time it would need to intervene through an AEMO intervention event.
Manager NEM Real Time Operations
STPASA - Update of the Forecast Lack Of Reserve Level 3 (LOR3) in the NSW Region on 16/12/2024
AEMO declares a Forecast LOR3 condition under clause 4.8.4(b) of the National Electricity Rules for the NSW region for the following periods:
[1.] From 1600 hrs 16/12/2024 to 1900 hrs 16/12/2024.
The maximum load (other than interruptible loads) forecast to be interrupted is 573 MW at 1730 hrs.
AEMO is seeking a market response.
AEMO has not yet estimated the latest time it would need to intervene through an AEMO intervention event.
Manager NEM Real Time Operations
STPASA - Cancellation of the Forecast Lack Of Reserve Level 3 (LOR3) in the NSW Region on 17/12/2024
The Forecast LOR3 condition in the NSW region advised in AEMO Electricity Market Notice No. 121785 is cancelled at 1500 hrs on 12/12/2024.
AEMO Operations
STPASA - Forecast Lack Of Reserve Level 3 (LOR3) in the NSW Region on 17/12/2024
AEMO declares a Forecast LOR3 condition under clause 4.8.4(b) of the National Electricity Rules for the NSW region for the following periods:
1. From 1530 hrs to 1600 hrs 17/12/2024.
The maximum load (other than interruptible loads) forecast to be interrupted is 54 MW at 1530 hrs.
2. From 1630 hrs to 1730 hrs 17/12/2024.
The maximum load (other than interruptible loads) forecast to be interrupted is 45 MW at 1630 hrs.
AEMO is seeking a market response.
AEMO has not yet estimated the latest time it would need to intervene through an AEMO intervention event.
AEMO Operations