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In this work we use and further elaborate a previously proposed model to describe the daily performance ratio of amorphous (a-Si) and crystalline silicon (c-Si) photovoltaic solar modules under real operating conditions. For both technologies, the model was validated against three years of data collected from the outdoor test field at Supsi for a conventional ventilated free-rack mounted installation...
Space cooling represents an increasingly and often understated important energy demand even in moderate climates. Usually space cooling is provided at building level by electric driven appliances. This implies several problems in summer due to the peak of electricity consumption.Analytical methods for investigating energy consumption due to space cooling demand at urban or regional level are needed...
In this work we use and further elaborate a model which has previously been proposed to model the daily energy performance of amorphous (a-Si) and crystalline silicon (c-Si) photovoltaic solar modules under real operation conditions. In the present work we expand the simulations to model, besides a conventional ventilated free-rack mounted installations (south-facing, 45° tilt), the performance of...
In this work we use and further elaborate a previously proposed approach which models the energy performance of an amorphous silicon (a-Si) PV module, including the well-known Staebler-Wronsky effect (typical for this technology). The extensions of the model to cover geographical locations representative of different climatic zones in North America (Mexico City, New Orleans, Seattle, and Fort St....
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