A Novel Approach to Build a Generic Model of Photovoltaic Solar System Using Sound Biometric Techniques

A Novel Approach to Build a Generic Model of Photovoltaic Solar System Using Sound Biometric Techniques

Khalid T. Al-Sarayreh, Kenza Meridji, Ebaa Fayyoumi, Sahar Idwan
Copyright: © 2014 |Pages: 14
DOI: 10.4018/ijitwe.2014010103
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Abstract

This chapter presents the proposed model of combination between Photovoltaic solar system resources and sound biometric techniques, to generate power energy from the sunlight using the PVS controlled by a sound biometric technique. This work contributes to research knowledge by proposing and validating a sound biometric technique for allowing to reduce the consumption of the generated power energy by turn the lights on for the public roads only when there are vehicles on the way and only for some period of time to make the driving out of harm's way and trouble-free. The proposed and combination models between the PVS and biometric sound chip is used for generating electric power by using solar cells to convert energy from the sun light into a flow of direct current electricity, which can be used to power equipment or to recharge a battery. In addition the Sound biometric techniques can enable PVS to listen and understand their surrounding auditory environment since turning the lights on all the time will get through a lot of energy which it might be used in other significant concerns.
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Generating and Conserving Energy is one of the most important concerns in several countries in view of the piece of evidence that they have inadequate resources of energy to depend on, and they may be import all their needs of energy from other countries. Consequently, many conventions have been held push for the public to demeanor the consumption of energy. Conserving energy of public road lights using photovoltaic solar system could be used to trim down the power invoice by generating and controlling the lights of street lamps in the public road and will save a lot of energy (Meridji et al., 2013).

This section presents an overview of the related techniques used for integrated our proposed system of photovoltaic solar system and sound biometric techniques on what say called system on chip.

2.1. Photovoltaic Cells

Semiconductor material normally composed of the silicon and is used in slim wafers or ribbons in most commercially existing cells. One side of the semiconductor material has a positive charge and the other side is negatively charged. Sunlight hitting the positive side will activate the negative side electrons and produce an electrical current (Sakai et al., 2006)

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