Overview
The Yathroo Wind Farm is proposed as a renewable energy project with a capacity of up to 500 MW, comprising up to 65 wind turbines, near the town of Dandaragan in Western Australia (WA). The project will also include a battery energy storage system with a capacity of up to 400 MW and a duration of 8 hours, providing 3,200 MWh of storage”.
This project will take advantage of some of the best wind resources in WA to provide affordable and clean electricity. The battery will provide essential peak demand energy capacity along with grid stability and reliability services, enabling the integration of more renewable energy into the network
WIND
Wind turbines are tall structures that can capture stronger winds at higher altitudes. The turbines can be between 150-295m in height.
Battery
Battery storage allows us to store the energy and discharge it into the grid whenever it’s needed.
Location
The Yathroo Wind Farm Project and battery will be located on freehold land in WA, approximately 8km south of Dandaragan and 8km north of Regans Ford.
The project can connect into the state’s South West Interconnected System (SWIS) from an existing 330/ 132kV transmission line near its southern western boundary. The transmission line is due to be upgraded by Western Power to a dual circuit 330kV line.
Benefits
FOR LOCAL ECONOMY
Regional economic boost during construction period plus a number of ongoing jobs
For the climate
More renewables, contributing to Western Australia’s energy transition
For your community
Strong benefit-sharing commitments for the project’s lifespan
Project Lifecycle
1
Site Selection
We undertake research & early negotiations with landowners for options to lease or purchase sites that show potential for hosting renewable energy assets.
2
Feasibility
We create preliminary designs & initiate feasibility studies to identify site constraints. We commence early engagement with Traditional Owners, neighbours, local council and the community.
3
Planning & Approvals
Extensive studies & surveys are undertaken to create detailed project design before submitting a Development Application (DA) to the West Australian Government. Ongoing community and governmental consultations help refine project plans. We initiate grid connection enquiries.
4
Pre-Construction
If the DA is approved, we conduct a procurement process to appoint a construction contractor. Grid connection agreements & energy contracts get finalised, and our focus shifts to securing financing from lenders. A networking session is held for local jobseekers, suppliers & businesses to discuss upcoming opportunities.
5
Construction
The site mobilises, local suppliers & jobseekers are appointed, and civil, mechanical & electrical works commence. The project becomes a reality as the construction team builds and commissions the wind asset.
6
Operations
We maintain the asset for at least 25 years to ensure strong energy generation & revenue optimisation. Our community benefit-sharing program begins contributing to local initiatives.
7
Decommissioning or Site Renewal
We decide on whether to continue operations or decommission the site. New construction works or site rehabilitation is undertaken.
News
We have experienced a very open, transparent and pragmatic communication process with Neoen. We are asked about every decision that may impact us and for our opinion, and this is something that we value highly.
Florian Popp, Host Landowner
Collie Battery, WA
With a balanced portfolio of wind, solar and big battery projects, we are Australia’s largest 100% renewables company.
We own and operate many of our projects for the long-term and are committed to sharing the benefits with surrounding communities as a responsible neighbour. Our dedication to the community and environment has made us a ‘developer of choice’ and a pioneer in the industry.
Since 2012, we have contributed over 4.5 GW of renewable energy & storage assets and invested over $7 billion towards Australia’s energy transition.