PRR Project
Auxiliary Researcher in Agent-based Real-time Management of Energy Resources
Project sheet
Name
Auxiliary Researcher in Agent-based Real-time Management of Energy ResourcesTotal project amount
246,79 thousand €Amount paid
0 €Non-refundable funding
246,79 thousand €Loan funding
0 €Start date
01.02.2025Expected end date
31.03.2026Dimension
ResilienceComponent
Qualifications and SkillsInvestment
Science Plus TrainingOperation code
02/C06-i06/2024.P2023.15797.TENURE.009Summary
The researcher will work on real time management of energy resources considering distributed and renewable energy generation, energy storage, demand response, and electric vehicles at different levels, including distribution systems, aggregators, energy communities, and buildings. The efficient management of energy resources is of crucial importance for efficient and sustainable energy systems. This must be done considering all the involved stakeholders and using a user-centric approach ensuring a fair and just energy transition. Modelling the different players in the scope of wholesale and local electricity markets, considering their individual and collective goals, and adequately representing their knowledge and negotiation strategies is required to have high quality models able to automate the players decision making towards the fulfilment of the respective goals. Agents and Multi-Agent Systems (MAS) can be used for this purpose, providing a rich environment where the different organizations and players are simulated in real-time. The research shouldaddress the complex large dimension optimization problems that are involved and provide models able to be used by different players and organizations.Significant advancements on the modelling of the complex reality with the aim to use the designed models for real time management and urgently required so that energy efficiency and renewable energy goals are met ensuring a fast and just energy transition.The Auxiliary Researcher to be hired will perform the following tasks:- Study of the state of the art and experimentation of existing models, including GECAD’s infrastructures- Design and development of agent and MAS models able to represent the complex reality of today and future Power and Energy Systems (PES), considering all types of electricity markets and the different organizations playing in the sector- Design and development of new models able to solve the complex large dimension optimization problems in the targeted problem, using metaheuristic approaches- Implementation of the proposed models and their inclusion in GECAD demonstration infrastructures- Test and validation of the proposed models using GECAD’s labs and demonstration infrastructures with use cases and large sets of realistic case studies considering buildings, energy communities, local markets, demand response, energy storage, and electric vehicles.- Preparation and submission of proposals for R&D project funding in competitive calls, with emphasis on international projects- Projects’ teams, work packages, and tasks coordination- Contribution to GECAD R&D Projects, including participation in meetings and production of Deliverables and other Reports- Cooperation with other researchers of GECAD, from senior researchers to young researchers, in the aims of the research activities in the scope of the job- Coordination of Laboratory activities, including prototyping, and preparation of case studies, simulation studies, and the respective analysis and presentation of results- Supervision of MSc and PhD theses- Ensuring that the R&D activities impact is significant, at national and international level- Coordination of design and computational implementation of methods, algorithms, and computational applications and systems- Coordination of the integration and reformulation of existing and developed computational applications and systems- Coordination of the availability of all the source codes regarding the developed software, and the proper manual documentation- Communication and dissemination activities, and knowledge transfer actions- Writing of Scientific Papers to be submitted and published in reference scientific journals- Proactive activities regarding Ethics, Data Protection, Security, and Inclusive and Open ScienceThe candidate scientific profile should include:- PhD degree in the position scientific domain and demonstrate a strong research record in the field of Artificial Intelligence (AI) methods with applicability to PES- Relevant scientific work in at least two of the following areas: Electrical Engineering, Informatics Engineering, PES, Energy Forecasting, ML, Explainable AI- Extensive experience in preparing proposals and participating in scientific research and development projects with external funding, with emphasis on international project- Participation and coordination of teams, work packages, and tasks in scientific projects with external funding, with emphasis on international projects- Have authored a minimum of 6 papers published in journals indexed in the Science Citation Index Expanded (SCI), in the last 5 years prior to the submission of the application, in the activities field to be developed.- Scientific dissemination and knowledge transfer actions, including participation in events with oral presentation and demonstration of scientific activities results, and students’ supervision- Very good oral and written communication skills.
Beneficiaries
The two types are::
- Direct Beneficiaries are those whose funding and projects to implement are part of the Recovery and Resilience Plan that has been negotiated and approved by the European Union;
- Final Beneficiaries are those whose funding and projects to implement are approved following a selection process through Calls for Applications.
Call for applications
As part of the Call for Applications, submissions are requested to select the projects and final beneficiaries to whom funding will be awarded. Specific selection criteria are defined for each call, which must be reflected in the applications submitted and assessed.
The project is appraised on the basis of its compliance with the selection criteria laid down in the calls for applications, and a final score may be awarded, where applicable.
Final evaluation score
The components for calculating the assessment score can be found in the selection criteria document mentioned below.
Selection criteria
Beneficiaries
Intermediate beneficiaries
Procurement
Beneficiaries representing public entities implement their project by signing one or more contracts with suppliers for goods or services through public procurement procedures.
To ensure and provide the utmost transparency in all these contracts, a list of the contracts that were signed under this project is available here, along with the information available on the Base.Gov platform. Please note that, according to the legislation in force at the time the contract was signed, some exceptions do not require the publication of the contracts signed on this platform, and, therefore, no information is available in such cases.
Geographic distribution
246,79 thousand €
Total amount of the project
Where was the money spent
By county
1 county financed .
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Porto 246,79 thousand € ,