From: Choosing the right model for unified flexibility modeling
Modeling approach | Authors | Context | Modeling method | Shape of flexibility |
---|---|---|---|---|
Flexibility Trinity | Ulbig and Andersson (2012) | Operational flexibility in modern energy systems | Power node balancing | Maximal feasible power regulation from scheduled operation point |
Multienergy Node | Chicco et al. (2020) | Distributed multienergy systems | Matrix-based Multienergy Node balancing | Set of feasible deviations from scheduled operation point |
Support Vector Data Description | Bremer and Sonnenschein (2014) | Evolutionary search methods in energy management | Meta-modeling of feasible operation regions in constrained optimization problems through a support vector decoder | Multidimensional search spaces containing all feasible operation plans |
OpenTUMFlex | Zadé et al. (2020) | Provision of ancillary services through aggregation of distributed small-scale devices | Flexibility calculation based on available compensation processes in previously optimized operation plans | Flexibility offers consisting of feasible power deviations from an optimal schedule for a defined timespan |
FlexOffer | Šikšnys et al. (2019) | Cellular energy systems | Device specific algorithms that allow a stepwise calculation of FlexOffers | FlexOffers: Power variable processes that can be postponed |