Australia’s first large scale solar+storage array has been grid connected, in Northern Queensland. The collocated 10.8 MW solar and 1.4 MW/5.3 MWh battery storage system is set to demonstrate the value of dispatchable PV to networks and asset owners.
There is absolutely no doubting that the installation rate of solar PV, both rooftop and utility scale, is growing extremely quickly. An exciting development, yeah, but installed capacity isn’t likely to double in 2018.
The Australian Wind Alliances’s NSW regional coordinator, Charlie Prell, attended the launch of the new Gullen Solar Farm at Bannaby, just south of Crookwell in the Southern Tablelands of NSW.
The International Energy Agency (IEA) has delivered its latest detailed energy policy review to the Australian Federal Government. It points to changing policy at the Federal level as having failed Australia’s energy transition and consumers, and argues for the need for a framework to be put in place for 2030.
Germany’s innogy is set to acquire the Limondale and Hilston utility scale solar projects in New South Wales from developer Overland Sun Farming. The two projects have a combined capacity of over 460 MW.
South Australia’s Tailem Bend Solar Project has reached financial close, having signed a PPA for 100% of its output with Snowy Hydro. Construction on the project, located 100km south-east of Adelaide, will begin in February 2018.
Gavin Merchant from SolarEdge Australia and New Zealand speaks to pv magazine Australia about the growing acceptance of module-level power electronics across all solar market segments. The rise of storage is also bringing new opportunities.
Austrian headquartered ENcome is reporting rapid growth as an independent operations and maintenance (O&M) provider to the Australian utility scale solar market.
Carnegie Clean Energy has received approval to negotiate the lease for a 250ha site in the WA’s Eastern Goldfields, on which it hopes to develop a 100 MW solar and 20 MWh battery storage array. The Mungari Solar Farm would supply power to a region currently suffering from electricity supply constraints.
Spatial analysis of solar potential shows that at least a third of the rooftops in the central business district of Canberra could host solar panels, thus saving on the land needed to provide a substantial proportion of city’s power needs with PV.
This website uses cookies to anonymously count visitor numbers. To find out more, please see our Data Protection Policy.
The cookie settings on this website are set to "allow cookies" to give you the best browsing experience possible. If you continue to use this website without changing your cookie settings or you click "Accept" below then you are consenting to this.