Resilient expansion planning of virtual power plant with an integrated energy system considering reliability criteria of lines and towers

Abstract

The portfolio of virtual power plants (VPP) is a flexible system for facilitating a

Pedagogical Perspectives of Interdisciplinary Teaching and Research: An Energy System Modelling Outlook in Relation to Energy Informatics

“…Starting with broad high-level models of the entire European Energy system [44], for example, it is possible to progress to local models for smart microgrids design [45] or thermal network design [46], and then to more detailed optimal power flow models for network restructuring and reconfiguration [47,48] or for virtual power plants [49]. The level of detail can then be increased by investigating more detailed models for smaller systems such as charging stations [50] and demand response [51], or buildings [52], and then moving down to detailed and specialized models of single generating units [53] or specific storage technologies [54].…”

Optimal Expansion of a Multi-Domain Virtual Power Plant for Green Hydrogen Production to Decarbonise Seaborne Passenger Transportation

“…However, both studies focus only on the electrical domain. Mishra et al [26] assess the interdependency between heat pump investments in a VPP and network reliability issues, not considering any aspects related to hydrogen. Expansion efforts in existing setups have also been done, from a methodological point of view, for other flexibility assets such as battery energy storage systems [27][28][29] that, however, differ significantly in their characteristics in comparison with hydrogen assets.…”