PROJECT SUMMARY

Located 55km south of Gladstone, the project will feature cutting-edge renewable technologies that have less impact on neighbours and less impact on the local environment.

The site is located in an area that will have minimum impact on neighbours and has access to existing high-voltage power lines meaning no new lines are required.

It will drive innovation at scale using a battery-centric architecture which means more energy into the network and better stability. It reduces the need for electrical infrastructure and the amount of land used.

To view the Planning Application, visit the Gladstone Regional Council portal (opens in new window).

To find the project:

Step 1 - Scroll down to the Application Enquiry Section and click on Planning/Miscellaneous Applications - Click Here link).

Step 2 - Select ‘Application Number Search’ on the left side navigation area and use the code DA/48/2024.

Location
837 Red Hill Road, Bororen, Qld

Total Area (Site)
1277ha

Land Tenure
30-year lease

Solar Capacity
Up to 900 MW DC

Battery Capacity
1600 MWh (4-hour)

275kV Connection Capacity
400MW AC

Expected Solar Generation
799 GWh per year

FAQs

  • Gryphon Energy is an Australian company based in Brisbane, with other renewable energy projects in southeast Queensland. 

     We aim to assist the Queensland Government as they transition to renewables; helping tackle climate change by decarbonising economies, creating new jobs and industries, stabilising household and industry power bills, and bringing greater energy independence.

  • Rutherglen Solar and Storage Project is located approximately 6km east of Bororen township, 10km north of Miriam Vale, 33km west of Agnes Waters and 53km south-east of Gladstone.  The chosen location, Lot 132 on FD700 known as Red Hill station is remote without close neighbours and is considered a suitable location for capturing solar energy.

  • Yes! You can email your expression of interest via the contact us for on this site and your details will be maintained on an interested party register and you will be emailed as we commence construction planning.

  • The land has previously been cleared and no significant additional clearing is expected to be required.


  • The technology deployed will be located away from existing waterways and will not leach into the environment.


  • The project is designed with sustainability in mind. Environmental impact assessments have been conducted, and measures are in place to protect local wildlife, preserve native vegetation, and minimise disruption to the ecosystem.

  • The project will create local jobs during both the construction and operational phases. We are committed to sourcing materials and services locally wherever possible.

     

    We have set up a community benefit fund to support local initiatives.  As we continue with the planning of this project, we will reach out to the community to provide more information about our community benefit fund.  We will engage with the local community about appropriate initiatives for the area.

  • As more solar farms are produced, studies show that well-managed solar farms do not negatively impact property values. The design of the project, including the use of PEG subframes, ensures minimal visual impact and efficient land use, preserving the character of the surrounding area.


  • The PEG system provides a unique simplified high-density ground mount solution that produces more land yield than tradition trackers and fixed tilt systems.

  • Construction is planned to begin in 2026 and will last approximately 2 years. We are committed to minimizing disruption during this time, with clear communication and scheduled updates. The operational phase will have minimal impact on daily life.

  • Red Hill Renewable Energy (RHRE) is committed to being open and honest with the local community and as the project develops we will engage with directly affected landowners and local community.

  • The solar farm will contribute to the local energy grid, providing clean, renewable energy to the community. It will help reduce reliance on fossil fuels and support Queensland's transition to a sustainable energy future.

  • We welcome community input and involvement throughout the project. Regular meetings, open days, and this project website will provide platforms for feedback, updates, and engagement with the project team.