What technology will be used?
We will use lithium-ion battery technology from leading manufacturers. These manufacturers are selected through a separate competitive tender process. All components come with long warranty periods. Batteries generally have a 15-year warranty. However, they retain the majority of their capacity right up to this point and are often capable of operating beyond the 15-year mark depending on market conditions and other factors.
How does it work?
The battery will store energy in times of high production and release energy in times of high demand, similar to how a battery on a home solar system works. It will also help to stabilise the grid in a few different ways – it has an emergency response mode to prevent blackouts and it can maintain voltage and frequency levels.
How will the battery reduce costs for consumers?
Battery storage can reduce costs for consumers in three ways:

  • supporting more wind and solar, which are now the cheapest forms of power
  • increasing competition and pushing electricity prices down
  • helping to avoid blackouts and the associated costs
Will the battery increase the risk of fire?
We will undertake a fire risk management plan prior to construction and work with the local CFA/RFS to mitigate any fire risk. We will use premium battery technology that is tested and certified to national and international standards. The installed system will have appropriate internal management and fault monitoring and detection systems, reducing the overall risk of fire.
Are there any health risks?
The battery will use similar technology to the batteries that are being increasingly installed in homes, just on a larger scale. There are no known health risks associated with properly maintained large-scale battery installations.
What happens to the batteries when they reach the end of their life?
We make a commitment that all above-ground infrastructure will be removed and the site rehabilitated when the project ceases to operate. After removal, a large percentage of the material in the batteries will be reclaimed or recycled; over 60% of materials especially critical minerals will be recovered for re-use.