A 100MW solar farm featuring 400,000 solar panels will be constructed near the South Australian town of Tailem Bend.
The facility will be constructed in a way to enable the future addition of up to 100 megawatts of large-scale battery storage on-site.
Snowy Hydro has partnered with Singapore-based Equis for the project, which is expected to be completed next year assuming various approvals are acquired.
Equis, Asia’s largest renewable energy developer and investor, has financed more than 3.7GW of renewables across Asia. Among its more recent projects are a 132.5MW solar farm in the Philippines and a 108MW wind project in India.
Equis says it has raised more than US$2.7 billion in equity and established six renewable energy independent power producers over the past 5 years.
The Tailem Bend facility represents Snowy Hydro’s first new large-scale renewables project for many years. Snowy Hydro generates nearly a third of all renewable energy produced in Australia via the Snowy Mountains Scheme, a 4,100MW hydro generation power plant located in Australia’s Snowy Mountains region.
Snowy Hydro has 16 power stations across New South Wales, Victoria and South Australia generating 4500 gigawatt hours on average per annum, and with a collective capacity of 5500 megawatts.
Tailem Bend, approximately 100 kilometres from Adelaide and 25 kilometres from Murray Bridge, is ideal for solar electricity generation. The area receives solar irradiation levels of around 4.40 kilowatt hours per square metre daily.
The project will provide a massive boost to Tailem Bend’s solar capacity, which is currently under 1 megawatt and consists of small residential and commercial solar installations. It could also provide a jobs boom for the area, with 200 jobs expected to be created during construction.
Accompanying the plant will be a diesel based ‘peaking’ power station comprising 16 diesel generators with a total generating capacity of approximately 30MW. A development application (PDF) for this aspect of the project was lodged in November last year.