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300 MW Victorian Big Battery targets stronger grid and more renewable energy

The 300 MW Victorian Big Battery (VBB) is on track to be one of the largest energy storage facilities in the world and will provide a critical boost to the state’s grid security, drive down power prices and support more renewable energy.
Location
Victoria
Investment
Storage
Category
Renewable energy

The 300 MW Victorian Big Battery (VBB) is on track to be one of the largest energy storage facilities in the world and will provide a critical boost to the state’s grid security, drive down power prices and support more renewable energy. 

250 MW
extra power for the grid
$160m
CEFC finance
80
construction jobs

The VBB will be powered by Tesla Megapack storage units and is expected to operational for the 2021-22 summer. It is being developed by Neoen, one of the world’s leading independent producers of exclusively renewable energy. 

The project is a world-class example of how utility scale batteries can help electricity networks support a higher penetration of renewable energy, providing dispatchable resources that will underpin the increasing share of clean energy expected to power Australia in years to come. 

At 300 MW it will be one of the largest batteries in the world, taking our total capacity in operation or under construction in Australia to over 1.8 GW, and bringing us one step closer to our global target of 5 GW by the end of 2021.
Xavier Barbaro
Chairman and CEO, Neoen

The VBB will also offer grid security services by providing extra capacity during the peak summer months, after Neoen signed a System Integrity Protection Scheme (SIPS) contract with AEMO. 

Under the SIPS contract, the VBB will unlock up to an additional 250 MW of peak capacity on the existing Victoria to New South Wales Interconnector. The extra power flowing between the States during the peak summer season will deliver support to the grid at critical times.  

Independent analysis by PWC1 found that the SIPS process would deliver total benefits of more than $220 million to Victorian consumers in the next 11 years, including savings on power bills. If gross savings and AEMO costs for the battery are passed on to consumers, the Portland aluminium smelter stands to save about $1 million a year on its electricity bills, while the average industrial Victorian electricity consumer could save about $280,000 a year.  

The CEFC has invested $160 million to finance the design, construction and operation of the VBB, as part of its strategic focus on energy storage as a priority technology under the Technology Investment Roadmap.

1 SIPS 2020 Validation business case for Victorian SIPS service by PWC, November 2020

Victoria, Storage, Renewable energy