CIP Launches 6 GW Renewable Energy Platform in Australia

• Copenhagen Infrastructure Partners launches Voyager Renewables, targeting 6 GW of wind, solar, and storage in Australia, revolutionizing energy with major projects like Sunnyside and Energy Oasis.

Copenhagen Infrastructure Partners (CIP) has launched a new subsidiary, Voyager Renewables, focused on developing wind, solar, and energy storage projects in Australia, with a target of delivering 6 GW over the next decade. The Newcastle-based platform already owns three early-stage projects in Victoria and New South Wales and aims to create a network of battery storage systems to support the National Electricity Market.

Significant projects include the 450-MW Sunnyside wind farm and the 2 GW Energy Oasis project, which combines wind, solar, and batteries, both located in New South Wales. Additionally, Voyager is exploring a large-scale wind and battery storage project in Victoria's western tablelands. Since 2017, CIP has built a substantial pipeline of over 40 GW in active development opportunities in Australia.

What are Voyager Renewables' key projects and goals for Australia's energy future?

Voyager Renewables' Key Projects and Goals for Australia's Energy Future

• 6 GW Renewable Energy Target: Voyager Renewables is committed to delivering a substantial 6 gigawatts (GW) of renewable energy capacity throughout Australia over the next ten years. This ambitious goal aligns with Australia's broader energy transition efforts.
• Diverse Energy Portfolio: The company's strategy encompasses a mix of wind, solar, and energy storage solutions, reflecting a well-rounded approach to renewable energy that addresses varying energy demands and grid stability.
• Sunnyside Wind Farm: One of Voyager’s flagship initiatives is the 450-megawatt (MW) Sunnyside Wind Farm, which promises to significantly contribute to clean energy generation in New South Wales.
• Energy Oasis Project: The ambitious 2 GW Energy Oasis project combines wind, solar, and battery storage technologies. This project is designed to enhance energy resilience and capacity in the region, using a holistic approach to incorporate multiple renewable sources.
• Development of Battery Storage Systems: In addition to generating renewable energy, Voyager aims to develop a comprehensive network of battery storage systems to support the National Electricity Market (NEM), enabling a smoother integration of intermittent renewable resources and enhancing grid reliability.
• New Projects in Victoria: Voyager Renewables is actively exploring potential large-scale wind and battery storage projects in Victoria's western tablelands. This area is seen as a prime location for harnessing wind energy due to its favorable geographical features.
• Collaboration with Local Stakeholders: The company emphasizes collaboration with local communities, governments, and stakeholders to ensure that projects meet regional energy needs and contribute to local economic development.
• Sustainable Community Impact: Voyager is dedicated to promoting sustainable practices and aims to create job opportunities in the regions where their projects are located, supporting local economies while transitioning to renewable energy.
• Alignment with National Goals: Voyager’s projects are designed to align with Australia's national energy policies and carbon reduction targets, promoting efforts to achieve net-zero emissions and a sustainable energy future.
• Innovation in Renewable Technologies: By investing in innovative technologies, Voyager seeks to advance the efficiency and effectiveness of renewable energy generation and storage, thus contributing to lower costs and enhanced system performance.
• Long-term Vision for Clean Energy: The company maintains a long-term vision for a cleaner, sustainable energy landscape in Australia, focusing on renewable technologies that not only meet current energy demands but also prepare for future needs.

Overall, Voyager Renewables is positioning itself as a key player in Australia's renewable energy landscape, aiming to establish a robust framework for sustainable energy generation and storage while addressing the critical challenges posed by climate change and energy security.