Smart PV grid to reinforce the electrical network

Abstract

Abstract:Photovoltaic (PV) became the new competitive energy resources of the planet and needs to be engaged in grid to break up the congestion in both Distribution and Transmission systems. The objective of this research is to reduce the load flow through the distribution and transmission equipment by 20%. This reduction will help in relief networks loaded equipment's in all networks. Many projects are starting to develop in the GCC countries and need to be organized to achieve maximum benefits from involving the Renewable Energy Sources (RES) in the network.The GCC countries have a good location for solar energy with high intensity of the solar radiation and clear sky along the year. The opportunities of the solar energy is to utilize and create a sustainable energy resource for this region.Moreover, the target of this research is to engage the PV technology in such a way to lower the over loaded equipment and increases the electricity demand at the consumer's side.

K-nearest neighbor and naïve Bayes based diagnostic analytic of harmonic source identification

“…Today the power quality issue such as harmonic signal has turn into interesting study cross-disciplinary areas, combination of power electronic, power engineering, digital signal processing, artificial intelligence and embedded system [1]- [3]. Harmonics have turn into an important power quality problematic since the distortion level in the power system is increased due to this issue [4], [5]. The harmonic pollution at the point of common coupling (PCC) is the consequence of multiple harmonic sources include non-linear load that connected to the power network system, whereas the injected harmonic components in the power system may caused hardware failure and malfunction of sensitive loads [6], [7].…”

Novel PV Panels Design Modeling to Support Smart Cities

“…The target of the study carried out by the researchers AlHamad and Qamber [11] is to engage the Photovoltaic technology in a way to lower the overloaded equipment and increases the electricity generated at consumer's side. In their study [11] they have concluded that solar tariffs are proving to be more economical than the conventional sources of power generation. As a final conclusion, they conclude that the investment in the GCC smart grid utilizes the budget reduction expected from reinforcement schemes to build a PV system in the residential areas.…”