Meeting Evolving Operating Demands with Flexible Gas Turbine Upgrades

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When renewables take priority on the grid, gas turbines must start fast, ramp hard, and run low, or risk forfeiting revenue entirely. Luca Buzzoni, Head of Service Engineering at Ansaldo Energia, explains how coordinated hardware upgrades, advanced controls, and digital monitoring are enabling existing gas turbine fleets to meet the flexibility demands of modern, renewable-heavy grids. Buzzoni details how combustion system enhancements, hot-gas-path component improvements, and purpose-built predictive algorithms work together to reduce minimum environmental load, increase cycling capability, and sustain reliability without sacrificing long-term asset value. Download this Dedicated Dialogue for the full conversation!

Key Learning Objectives:

• Understand why operational flexibility has become a core requirement for gas turbines displacing base-load design assumptions.
• Learn how Ansaldo Energia's coordinated upgrade portfolio addresses combustion systems, hot-gas-path components, auxiliary systems, and controls in parallel to deliver full plant flexibility.
• Discover how lowering minimum environmental load (MEL) gives operators a decisive commercial advantage when competing against alternative technologies during low-price grid periods.
• Explore how remote monitoring and AI-driven predictive analytics sustain availability as cycling rates increase and operating conditions grow less predictable.
• See how Ansaldo Energia's single integrated R&D organization ensures legacy fleet operators can access the same engineering advances as buyers of new-build units.