Overview
The Great Lakes Battery will be up to 280 MW in power capacity, capable of storing up to 560 MWh of energy, potentially being built in two stages, where each stage comprises up to 140 MW / 280 MWh.
The battery will provide a variety of services including frequency control and load shifting, which are both necessary for the development of more renewable energy.
The power of the battery is likely to be contracted for an optimal use of the technology.
Battery
Battery storage allows us to store the energy and discharge it into the grid whenever it’s needed.
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Location
The Great Lakes Battery will be located approximately 2.5 km north-east of Poatina, on the lands of the Lairmairrener and Tyerrernotepanner people.
It will be connected to TasNetwork’s transmission network, connecting directly into the existing Palmerston substation, a key part of the TAS electricity network, linked to multiple high voltage lines.
Benefits
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With a balanced portfolio of wind, solar and big battery projects, we are aiming to achieve 10 GW by 2030.
Our goal is to own and operate our projects and as long-term neighbours, we are committed to sharing the benefits with surrounding communities.
This dedication to community and environment has made us a renewable energy developer of choice. We have invested more than $4 billion in the Australian market and developed over 4 GW of renewable energy assets.
