Public Consultation Open for 350-MW Aussie Solar Project

• Join the conversation! Have your say on X-Elio's proposed 350-MW solar park with battery storage in Queensland's Western Downs. Public comments open until June 30. #RenewableEnergy #SolarPower #EnergyStorage

The Australian government is seeking public input on a proposed 350-MW solar park with a two-hour battery energy storage system in Queensland's Western Downs region. The project, initiated by Spain-based renewables developer X-Elio, is undergoing approval processes under the EPBC Act, with public comments accepted until June 30. The Sixteen Mile solar farm and co-located battery are planned for installation in Hopeland, on land previously used for agricultural activities.

X-Elio's application includes plans to connect the solar park to the grid via a new powerline to the existing Western Downs substation. The project aims to contribute to state and national decarbonisation goals, with the battery system providing frequency regulation services for grid reliability. X-Elio already has three active solar and energy storage projects in Australia, either in development or under construction, furthering its commitment to renewable energy initiatives.

What are the details of X-Elio's proposed 350-MW solar park in Queensland?

• X-Elio, a global renewable energy company, has proposed a 350-MW solar park in Queensland, Australia.
• The solar park is expected to generate enough clean energy to power approximately 100,000 homes in the region.
• X-Elio plans to invest millions of dollars into the development of the solar park, creating jobs and boosting the local economy.
• The project is part of Queensland's commitment to increasing renewable energy capacity and reducing carbon emissions.
• X-Elio aims to work closely with local communities and stakeholders to ensure the project is environmentally sustainable and socially responsible.
• The proposed solar park will help Queensland move towards its renewable energy targets and contribute to the global transition to clean energy.