ENGIE and GE Vernova Partner to Upgrade Pelican Point Power Station in South Australia
Key Ideas
- ENGIE and GE Vernova collaborated to enhance Pelican Point Power Station in South Australia, aligning it with the state's renewable energy goals.
- The installation of GE Vernova's AEV burner allows the power station to operate efficiently at low loads and be hydrogen-ready for future fuel flexibility.
- The upgraded plant, with 497 MW capacity, now contributes 17% of South Australia's thermal energy needs, showcasing increased resilience and faster response capabilities.
- The project, recognized as a finalist in the 2024 South Australia Premier's Energy and Mining Awards, signifies a successful transition towards a cleaner and more dynamic energy grid.
ENGIE and GE Vernova have joined forces to upgrade Pelican Point Power Station in South Australia, marking a significant step in the region's renewable energy transition. The partnership led to the installation of GE Vernova's GT13E2 Advanced EnVironmental burner, enhancing the station's flexibility and reliability. Originally designed for baseload power, the station can now efficiently operate at low partial loads, a capability not previously achieved in the Asia-Oceania region. The strategic upgrade, carried out during an eight-week outage, ensured operational continuity and avoided the necessity for a full turbine replacement. This advancement allows smoother fuel staging, reduced operational costs, and a 30% readiness for hydrogen, ensuring adaptability to future fuel requirements. With 497 MW capacity, Pelican Point currently meets 17% of South Australia's thermal energy demands, providing increased resilience and quicker response times. The successful project, which involved a collaborative effort between ENGIE, GE Vernova, and a dedicated on-site team, has been acknowledged as a finalist in the prestigious 2024 South Australia Premier's Energy and Mining Awards. This recognition showcases the plant's enhanced capabilities and its importance in South Australia's energy landscape, emphasizing the successful integration of cleaner energy options and improved grid responsiveness.
Topics
Projects
Renewable Energy
Clean Energy
Power Plant
Reliability
Energy Resilience
Flexibility
Technology Upgrade
Grid Adaptation
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