The paper proposes to model a thermal network by using a simple equivalent electrical circuit, in order to easily predict the thermal power generation once fixed the desired temperature. The validation has been performed on the Savona Campus Smart Polygeneration Microgrid (SPM): identifying the value of the parameters involved in the model by minimizing the difference between the temperature profile as calculated with the circuit and the measured one in a set of training days; testing its efficiency on a set of testing days by showing a good agreement with the theoretical temperature profiles and the measured ones; obtaining a more efficient behavior of the thermal generation once fixed a desired thermal profile.
['Massimo Brignone', 'Federico Delfino', 'Matteo Fichera', 'Renato Procopio', 'Luca Barillari', 'Alessandro Nilberto']
Optimal thermal power production by means of an equivalent electric circuit for a thermal network: The Savona Campus Smart Polygeneration Microgrid case