tailieunhanh - Implementation of a new concept of conduct of the electric network based on the control of topology

The conduct of the electrical networks has known in recent year’s major changes induced mainly by the technological development of power electronics as well as the information systems and communication (Smart Grid), added to this is the integration of intermittent sources of production and competitive requirements advocating the power quality and the continuity of service as major objectives. | International Journal of Computer Networks and Communications Security C , , NOVEMBER 2013, 264–271 Available online at: ISSN 2308-9830 N C S Implementation of a New Concept of Conduct of the Electric Network Based on the Control of Topology Mr. Najd BELAGUIDE1, Mr. Abdelaziz BELFQIH2, Mr. Abdellah SAAD3 1, 2, 3 Energy and Power Systems Team, National Higher School of Electricity and Mechanics (ENSEM) Hassan II Ain Chok University, PO Box 8118, Oasis, Casablanca, Morocco E-mail: 1najdos@, 2a-belfqih@, @ ABSTRACT The conduct of the electrical networks has known in recent year’s major changes induced mainly by the technological development of power electronics as well as the information systems and communication (Smart Grid), added to this is the integration of intermittent sources of production and competitive requirements advocating the power quality and the continuity of service as major objectives. That said it is understood that the electrical networks serve a set of vulnerabilities due to the intrinsic parameters including the'' topology'' of the network which requires the distribution of power that can migrate to unstable states face particular hazards. Before foregoing the present work is a participation in the development of a new concept of regulation of power systems based on the control of the topology provided to develop the network stability by a new field control which is not supported in patterns regulatory body. Keywords: Load Flow, Smart Grid, FACTS. 1 INTRODUCTION Regulating electric networks reflects a desire to remain in stable conditions of service of electrical installations while providing the necessary adjustments to adapt to the fluctuations of the electrical parameters of the network because of internal and external request. This research fits as a continuation of the first phase [1, 2], which was allocated to study the impact of intrinsic parameters of the .