Titlebook: Artificial Intelligence in Renewable Energetic Systems; Smart Sustainable En Mustapha Hatti Conference proceedings 2018 Springer Internatio

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Photo-Thermal Study of the Optical Properties of Multi-layer Coatings Based on Black Pigmented Coati order for these processes to be effective, they must absorb as much solar radiation as possible while limiting the loss radiative heat from the absorbent surface which has to have selectivity in the wavelengths of the solar spectrum. This selectivity allows it to have a maximum of absorbance with a

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Sahara Potential and Sustainable Development of Algeria: A Thermal Experimental Study of Parabolic Tany concentrator having a 2.88 m. opening and it is equipped by a solar semi-electronic tracking system with a closed circuit of the heat-transfer fluid. A study on the extensive comparison of three outdoor test methods for determining the thermal performance of parabolic trough solar collectors is

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Ensemble of Support Vector Methods to Estimate Global Solar Radiation in Algeria horizontal solar radiation in Algeria. The models were constructed and tested using different architectures of Support Vector Machine (SVM), namely, (RBF kernel, Polinomial kernel and Linear kernel). We use individual time series models and linear combination techniques to predict global solar radi

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Fuzzy-Direct Power Control of a Grid Connected Photovoltaic System Associate with Shunt Active Powerand, to extract the maximum power from the PV generator a fuzzy logic Maximum power taking point (MPPT) is proposed in order to track permanently the optimum point. On the other hand, direct power control (DPC) is used to control the shunt active power filter in order to compensate the undesirable h

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https://doi.org/10.1007/978-3-319-73192-6Artificial Intelligence; Renewable Energy; Energetic Efficiency; Neural Network; Fuzzy Logic; Photovoltai

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978-3-319-73191-9Springer International Publishing AG, part of Springer Nature 2018

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,Daten und funktionale Zusammenhänge,nventional receivers. Due to the advantage of the solar cell such as: low cost, flexibility, and high light sensitivity, the proposed system is capable of simultaneous communication and energy gathering. The studied system is considered like an environmentally friendly and a promising technology in the next years.

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An Indoor Positioning System Based on Visible Light Communication Using a Solar Cell as Receivernventional receivers. Due to the advantage of the solar cell such as: low cost, flexibility, and high light sensitivity, the proposed system is capable of simultaneous communication and energy gathering. The studied system is considered like an environmentally friendly and a promising technology in the next years.

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