Solar.

Attributes

When assessing land for a utility-scale solar project, AEA focuses on solar resource quality, terrain and practical deliver-ability. Australia benefits from strong and consistent solar irradiation, meaning most regions can support high-performance solar projects where shading, steep terrain and physical constraints are avoided. Suitable sites typically comprise sufficient contiguous land with flat to gently undulating topography, minimal exclusion areas and good construction access to enable efficient layout and cost-effective installation. Proximity to existing transmission infrastructure or a suitably located substation is essential, with connection solutions sometimes requiring access arrangements or easements with neighbouring landholders. Given the higher ground coverage of solar compared to wind or battery projects, AEA prioritises locations that minimise disruption to ongoing agricultural operations,favouring lower-productivity land where possible to preserve farm value and long-term viability.

What we look for

Solar Resource: High solar irradiance suitable for utility-scale generation.
Land Size and Configuration:  Minimum of approximately 190 hectares of relatively flat, contiguous land capable of efficient development.
Grid Connection: Access via an existing substation, terminal station or transmission line cut-in. 
Environmental Considerations: Early assessment of exclusion zones, native species and environmental controls to minimiseimpact and approval risk. 
Land Use Compatibility: Minimal impact to existing land conditions, including limited vegetation clearing and bulk earthworks,with sufficient area to efficiently group solar arrays. 
Access and Infrastructure: Availability of local road access and accommodation infrastructure to support construction whileminimising community disruption.