Australia’s largest hybrid renewable energy project
Sapphire Solar Farm is an approved development co-located with the Sapphire Wind Farm.
As a c 200 MW hybrid solar and battery power facility, the planned development will represent Australia’s largest hybrid renewable energy project. The project will connect wind and solar generation with battery storage, expanding the credentials of New South Wales’ New England region as a leader in renewable energy.
When complete, the Sapphire Solar Farm would provide enough energy to power 68,000 average Australian homes a year. It would also play a vital role in helping the Australian Government meet the COP21 emissions target reduction of 26-28% by 2030 and support New South Wales’ climate change policy.
The facility perfectly complements the Sapphire Wind Farm allowing the up to 170 MW of merchant wind generation to also be stored and dispatched with solar energy.
Sustainable. Renewable. Zero emissions.
Solar power is a natural choice for reducing dependency on fossil fuels.
c 200 MW capacity
Power 68,000 homes
$220 million investment
About the project
Co-located with the Sapphire Wind Farm, the approved Sapphire Solar Farm provides a unique opportunity to create Australia’s largest hybrid renewable energy project – connecting wind and solar generation, alongside battery storage to the National Electricity Market.
Located 30km east of Inverell on 11 hectares, the site facilities will include battery storage, solar photovoltaic (PV) modules, electrical transformers and inverters and other ancillary equipment.
The project is expected to commence construction in early-2019 and completed by early 2020.
Sapphire Solar - Project Timeline
Consultation with host landowners commenced
Presentations to the SWF Community Consultative Committee
Community and landowner meeting
Consultation with mining lease and exploration licence holders
Preliminary Environmental Assessment report
EIS public exhibition
Expected construction to commence
Expected construction to be completed
Publicly Available Documents
Sapphire Solar Farm is a state significant development.
Publicly available planning documents are available for download on the NSW Major Projects website here:
Sapphire Solar Farm encourages local contractors and service providers to tender for the supply of goods and services during construction and operation of the wind farm. Click below to fill out the expression of interest form.
Why solar, why CWP – the time is now
With over two decades of renewable energy development experience and 4,200 MW of installed capacity across 20 countries, CWP Renewables delivers world-class renewable energy development expertise in Australia.
And the technology just keeps getting better. Wind and solar power are now the cheapest new power generation options that can be built today. Battery storage technology is rapidly advancing too, enabling renewable energy to be stored and then ‘dispatched’ when it is needed. Wind and solar generation with battery storage delivers ‘baseload’ generation without emissions.
Australia is fortunate to have the largest solar radiation per square metre of any continent in the world. Now, more than 2 million Australians have a solar system on their roof. In 2017, Australia is experiencing an unprecedented $8 billion investment in renewable energy – seeing over 4,000 new jobs and indirect economic benefits to local communities.
At the COP21 climate talks in Paris (December 2015), the Australian Government committed to (and has now
ratified) an emissions target of a 26-28% reduction by 2030 compared to 2005 levels.
The NSW Government has also recently developed a draft NSW Climate Change Policy Framework in support of the COP21 commitments and to demonstrate action on climate change. While still in its infancy, long-term objectives of this framework include achieving net zero emissions by 2050, and enabling NSW to become more resilient to climate change. This includes taking advantage of opportunities to grow new industries in
NSW, such as ‘advanced energy’, including combined renewables and storage.