Other Renewables

Huge wind turbine parts complete 630km journey to ground-breaking microgrid

Published by

Australia’s first mining sector project to use wind power as part of a large hybrid renewable microgid is starting to take shape, with the first turbine components arriving on-site in the Western Australia northern goldfields region.

Goldwind said on Thursday that deliveries had begun to the Agnew gold mine site, where five GW140/3.57MW turbines would be combined with an existing 23MW solar, gas and diesel power station, and a 13MW/4MWh battery and control system under construction.

The huge turbine parts, including 60m blades, made the 630km road trip from Port Hedland in what is believed to be the longest such truck-trip for components of this size in the world.

Goldwind announced in July that it had inked a deal to deliver the wind farm component of the microgrid project, which EDL is developing and operating under a 10-year agreement to supply power to the Agnew gold mine, which is owned by the company Gold Fields..

The first stage of the $112 million, ARENA-backed project incorporated a 4MW solar farm, with supply supplemented by a 16MW of gas and 3MW diesel generation capacity.

Goldwind Australia managing director John Titchen said a total of 55 turbine components would be transported to site over the next few weeks, with installation of those turbines to begin “shortly.”

Once the wind power component is complete – EDL says this will be around mid-2020 – the 54MW microgrid is expected to supply the Agnew gold mine with more than 50 per cent renewable electricity.

Concept image of the final project. Credit: EDL

Gold Fields executive vice president Stuart Mathews said last month that he hoped the project would lead to more and more mines integrating renewables into their power supplies.

“This is a significant milestone for both the Agnew gold mine and the broader Gold Fields Group, demonstrating our ongoing commitment to strengthening our energy security, optimising energy costs and reducing our carbon footprint through the adoption of new technologies,” he said.

“We are hopeful that this will also enable other companies to consider the options for decarbonising their operations.”

As noted above, the project has received funding support from the Australian Renewable Energy Agency, which provided $13.5 million in recoupable finance.

This post was published on December 5, 2019 10:58 am

View Comments

Share
Published by

Recent Posts

Unemployment is one of the strongest factors driving rooftop solar

New research shows postcodes with higher rates of unemployed have higher rates of rooftop solar,…

November 21, 2024

Solar Insiders Podcast: Four million and counting – the race to make the PV puzzle pieces fit

UNSW's Baran Yildiz on how Australia's millions of rooftop solar systems and other consumer energy…

November 21, 2024

Flow Power enters home retail market offering big benefits from small behavioural changes

Flow Power is branching into the residential market with a "technology integrated" electricity plan –…

November 20, 2024

SwitchedOn Podcast: Why the jobless are also turning to solar PV

New data shows unemployed people are also turning to rooftop solar to have certainty about…

November 20, 2024

Solar battery surge expected for plugged-in households seeking to cut costs

More households expected to investigate solar batteries as a way to save on the cost…

November 18, 2024

If hot water ran off daytime solar, we could slash emissions and tame the solar duck

Switching water heaters to charge during the day can soak up solar and make sure…

November 15, 2024