The Mid West is one of Australia’s most favourable regions for renewable energy. It offers:  

• Strong, consistent wind- especially in the afternoon and evening. 

• Exceptional solar resources, with peak generation during the middle of the day. 

• Ideal conditions for battery storage, which enhances the performance and reliability of both wind and solar power. 

• Predominantly cleared farming land, minimising environmental impacts.

These three technologies naturally complement each other. By co-locating wind turbines, solar panels, and a Battery Energy Storage System (BESS) on the same site, the project can: 

• Reduce environmental impact and lower costs by sharing infrastructure such as substations, access roads, and energy system connections. 

• Balance energy output by smoothing fluctuations in generation and ensuring a more stable flow of energy to the energy system. 

• Store surplus energy during periods of high generation and low demand, then release it during peak demand times—such as in the early evening when solar generation drops but energy use remains high. 

• Prevent energy system overload by absorbing excess energy that might otherwise be curtailed, helping to maintain system reliability and avoid unnecessary waste. 

• Support a more resilient energy system by providing fast-response backup power and helping to manage voltage and frequency on the network. 

The lifespan of a wind farm can vary depending on the technology and conditions. Existing wind farms have a life expectancy of about 25-30 years. With technological advances, wind farms can now be expected to last 35 years. 

Approximately 85 per cent of a wind turbine (by weight) is commonly recycled in Australia. This includes the steel tower and valuable metals in the generator. The newer the turbines are, the more likely the blades are to be recyclable.  

While wind turbines blades are not yet commonly recycled, a variety of products have been trialled.  

Items being made out of recycled wind turbines include: 

– bridges 

– poles 

– sound barriers 

– bus shelters 

– roofs 

– farming equipment 

– surfboards 

– shoes 

– playgrounds 

Wind turbines use a small area of land. Livestock can graze and crops can typically be harvested within 40 to 70 meters of each turbine. Wind farms and productive agriculture have a well-established track record of land use compatibility and can provide a consistent and steady income for farmers in addition to agriculture.  

Studies have found that wind farm operations have no adverse impact on livestock. Livestock are known to use wind turbine towers for shade, shelter, and as a rubbing post. 

A Community Benefit Fund will be established in alignment with PoweringWA’s Community Benefit Fund Guidelines.  

No, the wind farm will connect to the existing transmission line.