Titlebook: Artificial Intelligence of Things for Smart Green Energy Management; Sarah El Himer,Mariyam Ouaissa,Zakaria Boulouard Book 2022 The Editor

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Acorn Waste Valorization as Reinforcement in Polystyrene Composite: A Comparative Study,reinforcement in the matrix, the FTIR spectra show the appearance of the OH band, the diffractograms show a decrease in intensity and thus a slight decrease in crystallinity, which remains very acceptable. Morphologically, the SEM images showed laminates for AP while the incorporation of AC caused pores in the matrix.

有節(jié)制

Design and Analysis of a Smart Anti-lock Braking System,. The simulation of the system was carried out by applying these quarter loads and the behavior of the tire was studied to create smart ABS system. The variation of the parameters such as the aligning moment and the slip angle were studied and the obtained results can be considered quite good.

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Design of a Switching Module for Electricity Supply from Solar to Grid by Sensing Light Intensity,examined how an automatic switching of photovoltaic (PV) array for electricity supply from solar to grid using sensing light intensity. If the intensity of sunlight is optimum for the required load, then PV power will be used and extra power will be stored by the energy storage unit (ESU). If sunlig

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Nonlinear Backstepping Control of a Grid-Connected Doubly Fed Induction Generator Wind Turbine,enerator (DFIG). The DFIG’s stator is instantly linked to the electrical grid. However, its rotor is connected to the electrical grid through a bidirectional Back-to-Back converter. The proposed methodology, which is based on the stability of the Lyapunov Function, is employed to generate a pulse wi

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Machine Learning-Based Maximum Power Point Tracking Technique for Concentrated PV/TEG System Under ive rise to complex control problems which can be classified as nonlinear, multiple local maxima monotonic control problems. Due to the existence of several gradient peak points, the conventional controllers cannot distinguish among the local and global maximum power points. Yet another problem with

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Two-Dimensional Nanomaterials for Solar Cell Technology,great deal of interest for solar cell technology. The calculations carried out throughout the present study are part of the framework of density functional theory, using ab-initio methods. The electronic and optical properties of siligraphene monolayer in pentagonal phase are investigated by employi