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Despite the great development in modeling the I-V characteristics of the PV module, the outdoor conditions variations still the main difficulty to predict its performances. In this work, anew approach proposed to reconstruct the I-V characteristic of a PV module under variousreal conditions of irradiance and temperature. Based on the characterization tests data, carried out on four different PV modules...
Usually, water-pumping systems for diesel generator DG were used to extract the water in particular in remote areas. However, growth in the photovoltaic (PV) market and wind power make them competitive. In this context, a comparative study of three different types of pumping systems with tank storage namely PV / DG / Tank, PV / Tank and DG / Tank have been proposed. A techno-economic study of these...
In the current work, five parameters model (FPM) has been used to improve the accuracy of the I–V PV module characteristics curves. This model has been applied to characterize five PV modules of different technologies. These are Mono-crystalline silicon, polycrystalline silicon, triple -junction Amorphous and Thin-film (CIS). Characterization was carried out at outdoor conditions of an arid area located...
In the current work, five parameters model (FPM) has been used to improve the accuracy of the I-V PV module real characteristics. The mentioned model has been put into an outdoor characteristic tests of five different technology PV modules in Ghardaia site. The namely proposed PV module technologies are: Mono-crystalline silicon, polycrystalline silicon, triple -junction Amorphous and Thin-film (CIS)...
The Photovoltaic Water Pumping Systems (PVPS) constitute a potential option to drawdown water in the remote desert locations for domestic usage and livestock watering. However, the widespread of this technique requests an accurate information and experiences on such system sizing and installation. The aim of this work is to determine an optimum Photovoltaic (PV) array configuration, based upon Isofoton...
Since, the majority of the Algerian desert area enjoys plenty of sun and abundance of huge underground water sources, the stand alone photovoltaic pumping system (PVPS) is an appropriate solution to supply water for domestic, livestock and irrigation in remote locations. In this view, a comparison study has been carried out upon experimental results of two submersible DC pumps, namely: Water Max A64...
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