Dr Mohammad Ahmed Qureshi, a postdoctoral researcher from Frederick University (Cyprus), has completed his research mobility at La Rochelle Université (France) within the EU-CONEXUS Enables project. His research focuses on developing a Digital Twin framework for coastal Smart Energy Communities, exploring how renewable energy can be used more efficiently and sustainably.
During his mobility, Dr Qureshi worked under the supervision of Prof. Jérôme Le Dréau, using the Les Minimes district of La Rochelle as a case study. His research addressed a particular challenge faced by coastal communities: significant seasonal fluctuations in electricity demand driven by tourism.
Combining artificial intelligence, electricity demand and solar energy forecasting, and mathematical optimisation, Dr Qureshi developed a simulation framework to explore how energy sharing between buildings, community battery storage and flexible electricity consumption could help reduce energy costs. The research also compared different electricity-sharing approaches and resulted in an offline Digital Twin prototype capable of simulating various energy scenarios.
Beyond the scientific achievements, the mobility provided valuable opportunities for international collaboration, knowledge exchange and professional development. Dr Qureshi particularly appreciated the welcoming research environment, the support of his supervisor and the opportunity to experience life in La Rochelle.
“This mobility was a truly wonderful experience, both personally and professionally. It gave me the opportunity to connect with fellow researchers, build meaningful friendships, and establish professional relationships that I believe will be valuable as I progress in my career as a young researcher. I returned to Cyprus with fresh ideas, renewed motivation, and greater confidence in my research direction,” says Dr Mohammad Ahmed Qureshi.
Through research mobilities such as this, EU-CONEXUS Enables supports knowledge exchange, strengthens collaboration between partner universities and advances innovative solutions to sustainability challenges facing coastal communities.
All activities are organised under the EU-funded project EU-CONEXUS ENABLES (Project number: 101136822), titled Promoting Excellence Through Innovative Eco-systems.
Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or European Research Executive Agency. Neither the European Union nor the granting authority can be held responsible for them.
