
As Europe leans further into renewable integration, gas turbines and rotating equipment are being redefined by their ability to deliver fast, flexible, and dependable dispatchable power.

Giuseppe Tilocca holds MSc degrees in Aerospace Engineering from the Polytechnic University of Turin and in Thermal Power from Cranfield University, as well as a PhD in Energy Engineering focused on gas turbine commercialization pathways for microgeneration. His background spans turbomachinery aerodynamic design, smart design tools, and innovation in
turbomachinery-based energy systems. At ETN Global, he coordinates and supports working groups on integrated energy systems, digital solutions, gas turbine life assessment and extension, and air filtration. He is also active in identifying technology pathways for turbomachinery in energy applications, supporting technical dissemination and policy advisory activities, and
coordinating conference technical programs.

As Europe leans further into renewable integration, gas turbines and rotating equipment are being redefined by their ability to deliver fast, flexible, and dependable dispatchable power.

The future of hydrogen in power generation depends on the successful integration of technology, infrastructure, and regulatory measures.

ETN Global takes a deep dive into decentralized energy systems—advantages such as modularity, roadblocks for integration, and the future of power demand—and the role of gas turbines in a decarbonized future.

November 12th 2024