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Our Local Network Battery Plan is building utility-scale batteries, connected to the High Voltage electricity distribution network across Queensland, for cleaner power.
The success of stage one of the plan, led to us installing these large batteries in more communities to support the continuing uptake of renewable energy. And is now seeing further batteries installed across the state.
Each energy storage system is a large 4MW/8MWh battery (see image above). They are allowing more solar energy to be sent back into the grid, while the suns shining, storing it for use locally when electricity demand is high.
How will the batteries work?
The utility-scale battery are connected into the local electricity network. They soak up the excess solar energy generated during the day from the local rooftop solar energy systems. Then, when the sun goes down, the stored energy is released back into the network for use during the evening peak when demand is high.
Where are the batteries being located?
The batteries that have been installed can be seen in the linked map. You can read about the batteries are currently installing in the Community Updates below.
Our Local Network Battery Plan will see more than 50 batteries across Queensland to store more than 400MWh of solar everyday.
Stage 3
Project Updates
Agnes Water
Early works underway.
Civil construction expected mid-2025.
Battery expected to be installed and energised late-2025.
Mackay
Early works underway.
Civil construction expected mid to late-2025.
Battery expected to be installed and energised late-2025.
Battery expected to be installed and energised late-2025.
Glenella
Civil construction expected mid-2025.
Hollywell
Civil construction expected early to mid-2025.
Jimboomba
Civil construction works underway.
Battery expected to be installed and energised mid to late-2025.
Kearneys Spring
Civil construction completed February 2025.
Battery expected to be installed and energised mid to late-2025.
Milchester
Civil construction expected mid-2025.
Battery expected to be installed and energised late-2025.
Mooloolaba
Civil construction works underway.
Noticeable operations (batteries, trucks, multiple crews) visible on site from August to end September 2025.
Battery expected to be installed and energised by late-2025.
Maryborough
Civil construction complete February 2025.
Battery expected to be installed and energised mid to late-2025.
Woodridge
Civil construction works underway.
Battery expected to be installed and energised mid to late-2025.
Yatala
Civil construction works expected mid-2025.
Battery expected to be installed and energised late-2025.
Want to know more?
This is just one the ways Energy Queensland is enabling the transition to a renewable energy future and, ultimately, helping to keep electricity prices down.
You can read more about our Local Network Battery Plan, and how batteries are becoming an essential tool for managing the renewable energy flowing into Queensland’s electricity networks.
Or pop us a note in the QUESTIONS-FEEDBACK tab below.
Our Local Network Battery Plan is building utility-scale batteries, connected to the High Voltage electricity distribution network across Queensland, for cleaner power.
The success of stage one of the plan, led to us installing these large batteries in more communities to support the continuing uptake of renewable energy. And is now seeing further batteries installed across the state.
Each energy storage system is a large 4MW/8MWh battery (see image above). They are allowing more solar energy to be sent back into the grid, while the suns shining, storing it for use locally when electricity demand is high.
How will the batteries work?
The utility-scale battery are connected into the local electricity network. They soak up the excess solar energy generated during the day from the local rooftop solar energy systems. Then, when the sun goes down, the stored energy is released back into the network for use during the evening peak when demand is high.
Where are the batteries being located?
The batteries that have been installed can be seen in the linked map. You can read about the batteries are currently installing in the Community Updates below.
Our Local Network Battery Plan will see more than 50 batteries across Queensland to store more than 400MWh of solar everyday.
Stage 3
Project Updates
Agnes Water
Early works underway.
Civil construction expected mid-2025.
Battery expected to be installed and energised late-2025.
Mackay
Early works underway.
Civil construction expected mid to late-2025.
Battery expected to be installed and energised late-2025.
Battery expected to be installed and energised late-2025.
Glenella
Civil construction expected mid-2025.
Hollywell
Civil construction expected early to mid-2025.
Jimboomba
Civil construction works underway.
Battery expected to be installed and energised mid to late-2025.
Kearneys Spring
Civil construction completed February 2025.
Battery expected to be installed and energised mid to late-2025.
Milchester
Civil construction expected mid-2025.
Battery expected to be installed and energised late-2025.
Mooloolaba
Civil construction works underway.
Noticeable operations (batteries, trucks, multiple crews) visible on site from August to end September 2025.
Battery expected to be installed and energised by late-2025.
Maryborough
Civil construction complete February 2025.
Battery expected to be installed and energised mid to late-2025.
Woodridge
Civil construction works underway.
Battery expected to be installed and energised mid to late-2025.
Yatala
Civil construction works expected mid-2025.
Battery expected to be installed and energised late-2025.
Want to know more?
This is just one the ways Energy Queensland is enabling the transition to a renewable energy future and, ultimately, helping to keep electricity prices down.
You can read more about our Local Network Battery Plan, and how batteries are becoming an essential tool for managing the renewable energy flowing into Queensland’s electricity networks.
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