Electricity Markets
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Work description
The integration of Power-to-Hydrogen (P2H) systems into energy communities is one of the most promising strategies for enhancing decarbonization, flexibility, and long-term energy storage in decentralized power systems. These systems enable the conversion of renewable electricity surpluses into hydrogen, which can be stored and later used for electricity generation, mobility, or industrial processes. However, effective P2H integration requires multidisciplinary modelling, accounting for the interactions between renewable generation, local consumption, and energy storage. This work plan aims to develop and assess operation and optimization strategies for P2H systems integrated within renewable energy communities, using simulation methodologies and energy–economic performance analysis. The grantee will actively contribute to model implementation, scenario evaluation, and decision-support tools for sustainable community operation. The main planned activities are: - Reviewing the state of the art on hydrogen integration in renewable energy communities and related technologies (electrolysis, storage, reconversion). - Modelling and simulating the coupling between electric and P2H systems, including electrolyzers, storage tanks, and fuel cells. - Developing optimization and energy management models, considering renewable variability, load profiles, and operational costs. - Assessing operational scenarios with different control strategies and green hydrogen penetration levels. - Quantifying the technical, economic, and environmental benefits of P2H integration in energy communities. - Preparing technical reports, scientific papers, and dissemination materials in collaboration with the research team.
Minimum profile required
- Basic knowledge of renewable energy systems and hydrogen technologies;- Fundamental understanding of energy optimization and system simulation;- Programming skills in Python;- Fluency in English (written and spoken).
Preference factors
- Experience in renewable energy systems and integration of hydrogen technologies (Power-to-Hydrogen, P2H); - Knowledge of planning and operation of hybrid energy systems (electric, thermal, and hydrogen); - Experience in energy modelling and simulation using Python; - Familiarity with optimization and energy management methods; - Ability to analyse technical, economic, and environmental performance.
Application Period
Since 23 Oct 2025 to 05 Nov 2025
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Centre
Power and Energy Systems