Frontier Lands AUD 280m Debt for Waroona Solar+Storage

• Frontier Energy locks in up to AUD 280m in credit-approved debt for Waroona—gigawatt-scale hybrid solar-plus-storage—fueling construction and boosting WA’s clean, reliable power.

Frontier Energy Limited has secured credit-approved debt commitments of up to AUD 280 million (about USD 195.4 million) for the first phase of its gigawatt-scale Waroona hybrid solar-plus-storage project in Western Australia. The funding will support initial development as the developer moves toward construction for what it expects will become one of the state’s largest renewable energy projects.

The Waroona project pairs utility-scale solar with battery energy storage to improve grid stability and shift renewable power to peak-demand periods. Frontier said the milestone helps meet Western Australia’s growing need for clean and reliable electricity, aligning the project with the state’s longer-term renewable strategy.

What does Frontier’s AUD 280M credit-approved funding enable for Waroona solar-plus-storage?

• Enables initial development activities for the first phase of Frontier’s gigawatt-scale Waroona hybrid solar-plus-storage project, moving the project from planning into the lead-up to construction.
  
• Supports early project financing requirements such as completing technical studies and engineering work needed to progress approvals and detailed design.
  
• Helps fund grid-connection and network integration work, including studies and coordination required to manage how solar output and battery discharge will interact with the Western Australian grid.
  
• Provides resources to advance permitting and compliance steps typical for utility-scale renewable projects, helping keep the project on schedule for construction readiness.
  
• Facilitates contracting and procurement planning for major balance-of-plant items (and related services), including work that supports tendering and milestone-based vendor selection.
• Allows the developer to build toward commissioning-readiness for a solar-plus-storage configuration designed to firm renewable generation by shifting energy delivery toward peak-demand periods.
• Strengthens the project’s ability to progress as one of the state’s larger clean-energy assets by ensuring financing continuity through the transition from development to construction.