American investment firm Blackrock’s portfolio company Akaysha Energy has begun construction of the 205 MW / 410 MWh Brendale battery energy storage system, 20 kilometres north of Brisbane in Queensland.
The industrial-scale Rangebank battery energy storage system, located 50 kilometres southeast of Melbourne, Victoria, has successfully been energised and is scheduled to be fully operational by late 2024.
New modelling suggests that changing the way we use Australia’s existing electricity sub-transmission and distribution grid could unlock 5 GW of additional rooftop solar, an extra 7 GW of front-of-meter generation, and 5 GW of additional distribution-connected battery energy storage by 2030.
French-backed renewables and storage developer TagEnergy is a step closer to building a 300 MW / 600 MWh battery that is to help maintain grid stability in north Queensland after the local council provided a green light for the project.
Reconfiguring Australia’s residential off-peak hot water systems to consume electricity when renewable generation is at its peak could help minimise the more than 4,000 MWh of large-scale solar and wind generation that is being curtailed in the National Electricity Market annually.
The Australian Energy Regulator has approved final costs for the next stage of Transgrid’s multi-billion-dollar Humelink transmission project but slashed the budget for the construction of the 500 kV line by more than $3 million.
Marinus Link has locked in a 2030 completion date for the high-voltage Tasmania-Victoria power interconnection project after signing a deal worth more than $1 billion with the world’s largest cable maker.
New South Wales distribution network service provider Ausgrid has powered up a 160 kW / 412 kWh battery energy storage system in the eastern Sydney suburb of Bondi, describing it as a “fundamental shift” in the evolution of community batteries.
A team of researchers in Western Australia has outlined a new methodology to determine the minimum power rating of energy storage systems used for emergency under-frequency response. The ESS size must be calculated to maintain the frequency within the standard operating range.
The Swiss Army knife qualities of lithium-ion batteries have helped scale the technology. Now their ubiquitous nature means they are ideally placed to help electricity system operators balance the grid, argues Gerard Reid, co-founder and partner of Alexa Capital.
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