Renewable Energy to Power Australia’s Iron Ore Port

  • Australia’s iron ore exports are a step closer to a smaller carbon footprint with a renewable energy project to help power a vital port.
  • Port Hedland is a vital hub for exporting Western Australia’s mineral wealth, including the 24/7 production of iron ore.

Australia’s iron ore exports are a step closer to a smaller carbon footprint with a renewable energy project to help power a vital port. Energy group APA and mining giant BHP have officially opened the Port Hedland Solar and Battery Project, which combines a 45-megawatt solar farm and a 36.7 MWh battery energy storage system (BESS).

In a first for Australia, the project – located more than 1500km north of Perth in the nation’s most cyclone-prone region – is equipped with almost 120,000 solar panels built to withstand winds up to 288km/h.

APA chief executive Adam Watson said the solar farm and battery project shows, “we can get good stuff done.” Mr Watson said the Port Hedland project was a tangible example of how to decarbonise energy systems in the region, particularly by replacing diesel with a lower-cost option. It was part of a “pit to port” strategy.

“We’ve done that successfully in areas like Mt Isa in Queensland and other remote regions around Australia,” he said. Port Hedland is a vital hub for exporting Western Australia’s mineral wealth, including the 24/7 production of iron ore.

The investment required to decarbonise the mineral-rich Pilbara region alone is estimated at $15 billion, including APA’s pipeline of $3 billion-plus of projects.

But whether on the east or west coast, Mr Watson said replacing coal and diesel with renewables was challenging and batteries played an important role in smoothing out the variability in power generation.

After acquiring Alinta Energy’s Pilbara assets a year ago, he said the company would be bringing more solar and wind generation to the region to further reduce the cost of baseload power.

BHP’s WA iron ore president Tim Day said the solar farm was expected to provide most of the daytime energy needs of the company’s huge port facilities in Port Hedland.

The WA government provided $1.5 million for the BESS to replace a so-called spinning reserve provided by APA’s Port Hedland gas-fired power station, with energy stored in the battery to provide instant support to the grid when needed.

Under construction since 2023, the Port Hedland solar and battery assets connected to APA’s gas-fired power station are complete, along with a switch yard and connection to the Northwest Interconnected System.

Leave a Reply

Your email address will not be published. Required fields are marked *