Juan Ignacio Erenchun Gutierrez
Sizing, simulation and comparison of a Building Integrated and a Building Attached Photovoltaic system.
Rel. Filippo Spertino. Politecnico di Torino, Master of science program in Electrical Engineering, 2018
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Abstract
This thesis project presents the design, simulation and comparison of two different configurations of a photovoltaic system installed on an office building in Santiago, Chile. One is a BAPV type consisting of mono-crystalline modules used as Sun shields on the north facade windows and also mounted on the roof facing the same direction, an installed power of 488.4 [kWp] is calculated. The second is a BIPV system with mono-crystalline semi-transparent modules on the windows and opaque panels on the walls and the same roof installation as the other case, results in 885.87 [kWp] installed. The same model of three-phase inverter is used, but 9 are required in the first case and 15 in the latter.
The estimation of the demand profile is performed using the software EnergyPlus and OpenStudio, based on the Reference building model for a large office building developed by the DOE of the United States
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