Amp Energy's Green Energy Expansion in South Australia
Key Ideas
- Construction has begun on a 150MW/300MWh big battery project near Port Pirie as part of a $2 billion solar and storage initiative by Amp Energy in South Australia.
- Amp Energy's project, the Bungama Battery Energy Storage System, is a key component of the state's Renewable Energy Hub, aiming to support South Australia's goal of achieving 100% renewable energy by 2027.
- The company also plans to develop 5GW of hydrogen electrolyser capacity in the Cape Hardy Port Precinct, contributing to the region's green hydrogen and ammonia production.
- Wärtsilä is selected to supply the Bungama big battery, utilizing its Quantum High Energy storage technology to support essential grid services and advance South Australia's transition to cleaner energy sources.
Construction has commenced on a significant renewable energy project near Port Pirie in South Australia led by Canadian renewables developer Amp Energy. The Bungama Battery Energy Storage System (BESS) is the first stage of a broader initiative that includes 640MW of battery storage and 1.4GW of solar farms across Bungama, Roberstown, and Whyalla. The 150MW/300MWh big battery will play a crucial role in supporting South Australia's target of achieving 100% renewable energy by 2027. Additionally, Amp Energy aims to develop 5GW of hydrogen electrolyser capacity in the Cape Hardy Port Precinct, contributing to green hydrogen and ammonia production. Wärtsilä has been chosen to supply the Bungama BESS, marking an important milestone in the project. The collaboration between Amp Energy and Wärtsilä highlights a commitment to advancing South Australia's transition to cleaner energy sources. With the aim of creating highly skilled jobs in the state, projects like the Bungama BESS showcase South Australia's global reputation as a leader in the green energy sector. The overall project aligns with South Australia's significant investment in renewable energy projects and its position as a frontrunner in wind and solar penetration.