A new research project has been launched in Finland to develop technologies for early detection of extreme engine events, aiming to improve reliability and predictive safety measures in future energy systems.
The Early Detection of Extreme Engine Events (EDE3) initiative will create a real-time framework for identifying and preventing engine failures by combining onboard monitoring, fault-simulation models and adaptive signal-processing techniques.
Experimental testing will also be used to validate potential failure cases.
The programme forms part of the WISE ecosystem and is led by Turku University of Applied Sciences in collaboration with Wärtsilä, Nome Oy, Agco Power Oy, Unikie Oy and EDRMedeso Oy.
EDE3 will run until July 2027, with preliminary results to be shared publicly in September 2026. WISE is co-funded by Business Finland.
“The EDE3 research project is expected to advance the capabilities of engine diagnostics and predictive maintenance, supporting Wärtsilä and the wider industry in adapting to evolving energy systems,” said Dr Tero Frondelius, Senior Manager, Research & Method Development at Wärtsilä.
“By exploring new approaches to early fault detection and digital modelling, the project will explore the possibility of greater reliability and efficiency, which are increasingly important as the energy transition accelerates. This research could help shape future practices and technologies across various industrial sectors.”
