Autor
Mostrando ítems 1-4 de 4
-
Complex systems techniques applied to power transmission expansion planning. Introduction
Lumbreras Sancho, Sara; Pereda García, Maria; Bertazzi, Ilaria; Patania, Alice; Young, Jean-Gabriel; Citron, Daniel; Haraguchi, Masahiko -
Complex systems techniques applied to transmission expansion planning. Part I: generating random networks that are consistent with power transmission
Patania, Alice; Young, Jean-Gabriel; Lumbreras Sancho, Sara; Pereda García, Maria; Bertazzi, Ilaria; Citron, Daniel; Haraguchi, MasahikoTransmission Expansion Planning (TEP) could benefit from studying how network structure affects power grid performance. To accomplish this, we require large ensembles of power grid data. These are not available, so it is ... -
Complex systems techniques applied to transmission expansion planning. Part II: an agent-based model for transmission expansion planning
Pereda García, Maria; Bertazzi, Ilaria; Lumbreras Sancho, Sara; Patania, Alice; Young, Jean-Gabriel; Citron, Daniel; Haraguchi, MasahikoAgent-based methods are useful for modeling complicated systems from the bottom-up. We propose an agentbased model to optimize the design of a power grid. The model is inspired by the behavior of the Plasmodium mould, whose ... -
Complex systems techniques applied to transmission expansion planning. Part III: using topological information to build more robust networks
Citron, Daniel; Lumbreras Sancho, Sara; Haraguchi, Masahiko; Young, Jean-Gabriel; Patania, Alice; Pereda García, Maria; Bertazzi, IlariaReliability is one of the main objectives that should be considered in Transmission Expansion Planning. However, the high computational demands of traditional approaches mean that they may be unmanageable in real case ...