Installed capacity is 185 MW / 370 MWh. The battery is connected to AusNet’s 220 kV transmission network and provides system strength to the Murray River Renewable Energy Zone; the stated objective is to increase the zone’s renewable hosting capacity by up to 300 MW.
Reported status and procurement
Reported development
Edify reports it was awarded an AEMO System Support Agreement to provide 125 MW of services, with a contracted service term of 20 years.
Procurement availability
Unknown / not established
A source report alone does not establish current progress or an open buying window.
Project summary
Koorangie Energy Storage System (KESS) is a lithium-ion battery project near Kerang in North West Victoria. The reported installed capacity is 185 MW / 370 MWh, and the battery is connected to AusNet’s 220 kV transmission network to provide system strength to the Murray River Renewable Energy Zone. The source reports commercial operations began in July 2025.
Evidence limits and unknowns
The supplied project page reports commercial operations commenced in July 2025, but does not establish whether procurement remains open, whether any equipment or service packages remain unawarded, or whether there is a current supplier opportunity.
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Project metadata
Country
Australia Based on reviewed release evidence
Region
Oceania
Category
Energy Derived from released evidence
Physical assets
Battery Storage
Based on this release's supporting evidence. Unresolved fields remain unclassified; these labels do not establish current progress or a buying window.
Released facts and supporting evidence
Each fact retains its source, uncertainty and time context. If a publisher page moves or is unavailable, use the recorded quotation and observation date below.
Date
Reported as actual
Commercial operations commenced in July 2025.
Attributed to edifyenergy.com.
Source: edifyenergy.com · publication date not recorded · observed 2026-10-17
Sources and evidence · edifyenergy.com
Source published: Not recordedObserved: 2026-10-17
Installed capacity is 185 MW / 370 MWh. The battery is connected to AusNet’s 220 kV transmission network and provides system strength to the Murray River Renewable Energy Zone; the stated objective is to increase the zone’s renewable hosting capacity by up to 300 MW.
Attributed to edifyenergy.com.
Source: edifyenergy.com · publication date not recorded · observed 2026-10-17
Sources and evidence · edifyenergy.com
Source published: Not recordedObserved: 2026-10-17
Prior and superseded states remain labelled. Dates below identify source publication when known, otherwise source observation. They are not assumed event dates; each fact retains its own time qualifications.
No material timeline events have been released.
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