Australia’s first solar farm synchronous condenser

In Energy, Latest News

Siemens, in partnership with VINCI-Energies/Electrix (main EPC contractor) will design, develop and deliver Australia’s first large synchronous condenser to be installed at a solar farm. When operational, this unit will play a crucial role in strengthening and stabilising the electricity grid that will connect to TOTAL-Eren’s Kiamal solar farm in Victoria.

The 265MW (DC) solar farm located near Ouyen, in North West Victoria, owned by Total Eren, is expected to be the largest in the state when it starts commercial operations late-2019.

When developed, the synchronous condenser will be installed by VINCI-Energies/Electrix. Siemens will carry out the complete commissioning of the synchronous condenser and maintain it as a part of the long term package solution.  In addition to helping strengthen the electricity grid connected to the Kiamal solar farm, it will also be beneficial to other large scale renewable projects in the area looking for grid security and strength in a region that has recently witnessed an influx of new wind and solar farms.

“As Australia’s energy mix diversifies, so does the importance of technologies that help stabilize the electricity grid. Synchronous condensers are a proven technology and part of a cost effective solution,” said Jeff Connolly CEO and Chairman of Siemens Australia and New Zealand.

“While they are a conventional technology, our synchronous condensers include the latest and most advanced generator circuit breakers, excitation, starting, control and protection systems and other auxiliaries that tackle the challenges facing our changing networks.”

Speaking on the contract win, Andrew Theodore, the head of Siemens’ Energy Management division in the region said, “About 30% of the country’s energy generation capacity comes through Siemens technology and we’re proud to secure the contract to design and develop Australia’s first synchronous condenser being installed at a solar farm to support the growing renewables energy sector.”

“In recent times, the synchronous condenser has received significant interest from the renewables industry due to its crucial role as a cost-effective solution providing short circuit contribution that helps enhance system strength in the grid.  Synchronous condensers are one of a suite of technologies Siemens has in its portfolio that help address the challenges of integrating large amounts of renewable energy into the grid”, added Andrew.

Tony Croagh (Executive GM VINCI-Energies/Electrix Australia) echoed these words and added: “This project is of great significance to VINCI-Energies in the region as it solidifies its strategic vision of growth for its renewable energy contracting services. This project highlights the strength of bringing VINCI Energies’ and Siemens’ international expertise as well as local knowledge together – to offer world class solutions to an increasingly international client base in the energy sector in Australia.”

Synchronous condensers support and improve power transmission quality in a wide range of applications:

  • Stabilization of grids
  • High-voltage DC transmission links based on line-commutated converter technology
  • Transmission grids with a high amount of power infeed from renewable sources
  • Retirement/shutdown of conventional power plants

You may also read!

Chinese police armed with a rifle. (Photo credit: Adobe Stock)

Coal orders stop as China orders a freeze on imports

New Australian coal orders are being suspended after China ordered a freeze on further imports. Major buyers in China

Read More...
Glencore underground mine

Mining giant succumbs to climate change activism

One of the world’s largest diversified resource companies has yielded to mounting pressure from climate change activism, and will

Read More...
W.E. Smith Lloyds auction

Liquidation auction sells equipment starting at $1

A defunct engineering company is liquidating all of its plant and equipment assets through an auction with no reserve.

Read More...

Leave a reply:

Your email address will not be published.

Mobile Sliding Menu