Abstract
Purpose: It is very important issue to reduce energy consumption in worldwide. Especially, building sector accounts for a large portion in whole energy consumption. In order to reduce energy, application of renewable energy system is essential and using BIPV system is the most efficient method for saving energy in case of Korea. Aim of this study is to develop prediction method of total solar irradiance on inclined surface of PV panel and to verify the method through comparison with real measurement data. Results of this study will be utilize for implementation of Optimal BIPV system design at early design stage which is final objective. Method: First, this study develop two methods to predict total solar irradiance on Inclined surface of PV panel which utilize different calculation method of horizontal solar radiance and conduct adequacy review through comparison analysis with real yearly solar irradiance data which is measured by Mock-up Facility Result: The results show that the modified prediction method improve prediction performance of total solar irradiance on inclined surface comparing with existing method. the modified method decrease error range between real measured results and predicted results.
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