The transition towards a carbon-neutral energy system increasingly relies on hybrid renewable energy installations that combine wind power, photovoltaic generation, and battery energy storage. While these integrated systems offer greater flexibility and resilience, they also introduce new operational challenges that require advanced forecasting, maintenance, and control methodologies to ensure reliable and efficient performance throughout their lifecycle.
The OMRES project is addressing these challenges by developing innovative technologies that improve the operation, maintenance, and long-term management of hybrid renewable energy assets. Through the integration of advanced analytics, intelligent decision-support tools, and digital twin technologies, the project seeks to enhance system reliability, optimize asset performance, and support more efficient operation of renewable energy infrastructure.
On 23 June 2026, project partners gathered in Marseille, France, for the second General Assembly of the OMRES project. The meeting provided an important opportunity to review the technical progress achieved during the first phase of the project and to coordinate the next development activities across the consortium.
Technical sessions during the General Assembly examined the latest research outcomes achieved across the project, with particular attention given to predictive asset management, intelligent operational optimization, battery lifetime modelling, and the integration of digital twin technologies that will support the monitoring and management of future hybrid renewable energy installations.
As a consortium partner, T.P. Aeolian Dynamics Ltd actively contributes to the development and validation of innovative methodologies that support the reliable operation of renewable energy assets. The company’s expertise in renewable energy forecasting, operational optimization, and performance assessment plays an important role in the project’s objective of delivering practical solutions that improve both the technical and economic performance of hybrid renewable energy plants.
The General Assembly also strengthened collaboration among project partners, enabling technical exchanges, alignment of ongoing research activities, and planning of the upcoming implementation and validation phases. Such collaborative meetings are essential for ensuring that the project’s technological developments remain closely aligned with the needs of future renewable energy systems.
T.P. Aeolian Dynamics would like to thank Aix-Marseille University for hosting the meeting and all consortium partners for their valuable contributions and constructive discussions. Through OMRES, the consortium continues to advance innovative digital technologies that will support the next generation of intelligent, resilient, and sustainable renewable energy systems.
