Technically, the operation of smart energy systems (SES) relies on various energy management systems (EMS) that pertain different spatial and temporal scales. Despite their technical variety, they heavily use mathematical models to coordinate underlying systems, i.e. other EMS. The coordination models are included as system functionalities in an architecture. In our work, we present a generic hierarchic architecture to structure and define EMS, their interfaces and behaviour using well-known architecture design patterns. We validate our system design in several case studies.
«
Technically, the operation of smart energy systems (SES) relies on various energy management systems (EMS) that pertain different spatial and temporal scales. Despite their technical variety, they heavily use mathematical models to coordinate underlying systems, i.e. other EMS. The coordination models are included as system functionalities in an architecture. In our work, we present a generic hierarchic architecture to structure and define EMS, their interfaces and behaviour using well-known arc...
»