Australia's Largest Hybrid Solar-Storage Project Secures Grid Connection

• Elements Green's Eurimbula Hybrid Facility in Australia: A groundbreaking solar and battery project, leading Central Queensland's energy transition with record-breaking capacity.

UK-based Elements Green has secured grid connection approval for its first hybrid project in Australia, the Eurimbula Hybrid Facility. This project will feature a 696-MWp solar farm combined with a 666-MW/1,332-MWh battery storage system, making it the largest of its kind in the country. Located in the Central Queensland Renewable Energy Zone, the facility is set to advance the region's energy transition.

The company received technical approval from Powerlink Queensland and the Australian Energy Market Operator, marking a significant milestone. Elements Green expressed gratitude for the support from partners and local authorities as it prepares to commence construction.

What makes the Eurimbula Hybrid Facility a milestone in Australia's renewable energy sector?

• Largest Hybrid Facility: The Eurimbula Hybrid Facility is the largest hybrid renewable energy project in Australia, combining a 696-MWp solar farm with a 666-MW/1,332-MWh battery storage system, setting a new benchmark for hybrid energy solutions in the country.
• Grid Connection Approval: Securing grid connection approval from Powerlink Queensland and the Australian Energy Market Operator is a critical step, ensuring the facility can efficiently integrate into the national grid and supply renewable energy.
• Central Queensland Renewable Energy Zone: The facility's location in the Central Queensland Renewable Energy Zone highlights the strategic importance of the area in Australia's renewable energy strategy, promoting regional development and energy transition.
• Energy Transition Leadership: By advancing the region's energy transition, the project positions Australia as a leader in integrating large-scale renewable energy solutions, contributing to national and global sustainability goals.
• Technological Innovation: The combination of solar power and battery storage in such a large-scale project demonstrates technological innovation, showcasing the potential for hybrid systems to provide reliable and sustainable energy.
• Economic and Environmental Impact: The project is expected to create jobs, stimulate local economies, and significantly reduce carbon emissions, aligning with Australia's commitments to reducing its carbon footprint.
• Partnership and Collaboration: The successful collaboration between Elements Green, local authorities, and partners underscores the importance of partnerships in achieving renewable energy milestones and overcoming technical and regulatory challenges.