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batteries. Design and implement optimization algorithms for the management of shared or collective storage systems. Contribute to the design and validation of new business models for distributed storage
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optimization algorithms to support the deployment of innovative shared energy storage systems within energy communities. The candidate will work within the framework of the Energía del Prat project, which aims
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the project. Main tasks: Develop and implement optimization algorithms to support daily planning and real-time management modules of EMS software for distributed fuel cell systems.. Support tasks related
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on earth, electricity generation as well as systems for the production of solar fuels or energy storage will have to rely on new materials and material configurations able to provide an optimal
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transport in 2D materials and van der Waals heterostructures. In particular, we will explore the optimal reading of magnetic information via non-linear effects. The project also foresees the integration
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department is looking for an energy research eager candidate to join the group. The candidate will be asked to perform the following tasks: To develop energy management software that will enable optimal
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seeking a senior postdoctoral researcher (R2 level) to take on a leading technical role in the development of advanced modelling, control and optimization tools for smart energy systems. The selected
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sequences, networks, trajectories, images, etc. - Design, programming, optimization, and parallelization of machine learning algorithms. - Search in repositories and bioinformatics of DNA sequences
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der Waals heterostructures. In particular, we will explore the optimal reading of magnetic information via non-linear effects. The project also foresees the integration of optimal working materials
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participate in the daily activities of the hospitalization area of infectious diseases and in the nosocomial infection section. The candidate will be involved in antibiotic optimization policies and programs