PI: Juan Miguel Morales González Acronym: SAND Abstract: Smart grid concept revolves around the power system modernization via the Information and Communication Technologies, which leads to a massive transfer of data among the different agents of the power sector. In addition, the active demand participation and the growing infrastructure based on distributed energy resources are key …
PI: Juan Miguel Morales González Acronym: PowerMath Abstract: The primary objective of PowerMath is to develop a disruptive methodology that facilitates the smart use of data for power systems operations. The research team will challenge this classical scheme for decision-making and develop a new one whereby decisions are directly inferred from data, thus averting the …
Mathematical Methods for Data-driven Power Systems Leer más »
WP Leader on Decision Making and Support Systems: Juan Miguel Morales González Acronym: CITIES Abstract: The CITIES project has looked at all aspects of the city energy system, including gas, power, district heating/cooling and biomass, and most importantly methods to forecast, control and optimize their interactions through the use of advanced ICT solutions. Industrial and …
Centre for IT-Intelligent Energy Systems in Cities Leer más »
PI: María López Fernández Abstract: The efficient approximation of time domain boundary integral equations has become a very active field of research in the last years. The applications in engineering are many since the scattering of both acoustic and electromagnetic waves in unbounded exterior domains can be modeled in this way. From the computational point …
Adaptive convolution quadrature for the wave equation Leer más »
PI: Bosco García Archilla Abstract: In dissipative phenomena energy is lost as time evolves, no matter how much energy may have been at an initial state. In those dissipative phenomena modelled by partial differential equations (PDEs), dissipation implies that trajectories enter a compact set in finite time and do not scape from it. This has …
Nuevas técnicas numéricas para ecuaciones en derivadas parciales disipativas Leer más »
PI: Bosco García Archilla Abstract: We study and develo numerical techniques for time-integration and continuation in dissipative partial differential equations (PDEs). Starting from the most advanced time-integration techniques, we simplify those parts of the computation with negligible effect on the final result. Similar results will be used in continuation methods for parameter-dependent steady problems. The resulting …
PI: Abstract: More information Source of Funding: Implied entities: iMAT research line: Partners: Researchers: inv 1 inv2
PI: Juan Antonio Mesa López-Colmenar Acronym: ARRIVAL Abstract: Railway optimization deals with planning and scheduling problems over several time horizons. We focus on two unexplored facets of planning: robust planning and online (real-time) planning. These two, tightly coupled, facets constitute a proactive and reactive approach, respectively, to deal with disruptions to the normal operation. Our …
PI: Juan Antonio Mesa López-Colmenar Abstract: This project, in addition to the line of approach, modelling, analysis and resolution of optimization problems that is needed to fill gaps in knowledge, aims to deepen the understanding of other structural aspects. This will be tackled both from the point of view of intrinsic models (computational complexity, polyhedral …
PI: Francisco A. Ortega Riejos Abstract: Based on the representation of the problems in terms of mathematical optimization models, the step-by-step construction of the methodological support necessary for decision-making in the layout of rapid transit systems was carried out. The computational experimentation of these abstract models was carried out on laboratory networks, inspired by the real …
