Title:	Machine Learning Driven Optimization of a Hybrid Electrical and Thermal System
Author(s):	M. Dallapiccola, F. Trentin, G. Barchi, C. Dipasquale, R. Fedrizzi, D. Moser
Keywords:	PV System, Simulation, Sizing, Storage, System Performance
Topic:	PV Applications and Integration
Subtopic:	PV Driven Energy Management and System Integration
Event:	37th European Photovoltaic Solar Energy Conference and Exhibition
Session:	6BV.5.11
Pages:	1820 - 1825
ISBN:	3-936338-73-6
Paper DOI:	10.4229/EUPVSEC20202020-6BV.5.11
Price:	0,00 EUR
Document(s):	paper

Abstract/Summary:

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With the diffusion of electric heating and cooling devices, coupling the electric and thermal systems in the residential sector is becoming attractive and could help to increase photovoltaic penetration. The heating and cooling needs of buildings correspond to an important component of the total energy consumption of the residential sector. Thus, it is important to properly design the thermal and electric systems accounting of the interactions from the first phases of the design process. In the design phase, detailed models implemented in dynamic simulation tools can be used for the sizing process of system components, but they hardly can be adopted in optimization algorithms due to the computational time required for each simulation. This is particularly true for multi-objective optimization algorithms, where usually a wide number of simulations is required. In this work, TRNSYS was used to train a machine learning model that is used in a multi-objective optimization with the final goal of improving the design of the thermal system and optimizing the KPIs of a coupled photovoltaic plus battery system.