Embedding energy storage for multi-energy microgrid optimal operation

The microgrid framework is empowered by the integration of electric and thermal sources. However, the presence of different sources and demands gives rise to the necessity of carefully modeling energy needs. In this context, energy storage devices can represent a crucial element in operation decision making. An advanced model for operation planning of a multi-energy microgrid is proposed in this work, with a particular care on integrated water-based thermal supply infrastructure and on occupant thermal comfort. Models for electric and thermal energy storage are included, in order to test the technical and economic effectiveness of their integration. The model is tested, under different load and weather conditions, on the experimental microgrid at Politecnico di Bari premises.