Overview: The document discusses the capabilities and performance of the 7HA gas turbines, which are integral to the energy transition towards lower carbon emissions. These turbines are designed to support various applications such as base load, load following, peaking, and cogeneration for district heating.

Specifications: The 7HA gas turbines offer a simple cycle output ranging from 290 to 430 MW and achieve a combined cycle efficiency of over 64%. This efficiency results in a more than 50% reduction in CO2 emissions compared to similar-sized coal-fired assets.

Performance Metrics: The document provides detailed performance metrics for both single and combined cycle plant configurations:

• Simple Cycle (SC) Performance:
  • Net Output: 290-430 MW
  • Net Heat Rate: 7,884-8,120 Btu/kWh (LHV)
  • Net Efficiency: 42.0%-43.3% (LHV)
• Combined Cycle (CC) Performance:
  • 1x CC Plant:
    • Net Output: 438-640 MW
    • Net Heat Rate: 5,342-5,481 Btu/kWh (LHV)
    • Net Efficiency: 62.3%-63.9% (LHV)
  • 2x CC Plant:
    • Net Output: 880-1,282 MW
    • Net Heat Rate: 5,331-5,453 Btu/kWh (LHV)
    • Net Efficiency: 62.6%->64.0% (LHV)

Operational Flexibility: The turbines offer a plant turndown minimum load of 15%-33% and a ramp rate of 55-150 MW/min, with a startup time of less than 30 minutes for rapid response/hot start conditions.

Conclusion: The 7HA gas turbines are positioned as a key technology in the transition to a more sustainable energy future, providing reliable and flexible power generation to complement renewable energy sources.