إن هدف هذه الدراسة هو إجراء حسابات الحقل الكهربائي لبعض أنواع عوازل
شبكات التوتر العالي باستخدام الطرائق الرقمية. هناك عدة طرائق مستخدمة لهذا
الغرض، من أهمها طريقة العناصر المنتهية.
يمكن من خلال هذه الطريقة حساب توزع الحقل و الكمون في الأنظمة ثنائية البعد أو
الثلاثية البعد، ذلك باستخدام البيئة البرمجية Matlab/pdetool لما تتميز به من
إمكانيات كبيرة في مجالات الحساب و إظهار النتائج، بالإضافة لذلك فهي متوفرة،
و غير مكلفة و توفر الوقت و الجهد للقيام بمثل هذه الحسابات المهمة في تطبيقات
هندسة التوتر العالي.
The aim of this study is to calculate the electrical field (EF) of some
types of high voltage insulators by using numerical methods. There
are different methods, which are used to do this, finite element is
the most important one.
It is possible to find EF in 2D or 3D systems by using
Matlab/pdetool, which distinguishes with big capabilities in
calculation and view the results, additionally, it is available, cheap
and can save time and money for doing this important calculations
in high voltage applications .
References used
Zaengl W.S, Kuffel E, High voltage engineering, USA, Springer, 1st edition, 2002
Madenci Erdogan, Guven Ibrahim, The finite element method and applications in engineering using ANSYS,USA, Springer,1st edition, 2007
Tadasu takuma, “recent development in electric field calculation”, IEEE transaction on magnetic, vol-33, no-2, march-1997
The problem of gliding discharges on high voltage equipment is faced in practice, coith inclined interface, such as cable terminations, bushings.
Many researches present very important results about the relationship between the applied voltages and
The contribution of our research include building an artificial neural
network in MATLAB program environment and improvement of
maximum loading point algorithm, to compute the most critical
voltage stability margin, for on-line voltage stability a
The purpose of this study is to define the reliability index for electrical power
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study is useful in electrical networks planning and design because of its
This paper presents a three phase shunt Active Power Filter (APF) for power quality
improvements in terms of harmonics compensation. The compensation process is based on
measure non-liner load currents and Active Filter currents, and then extract t
In this paper, a modern method of restoring service in electrical
power systems was examined through an automated
coordination center using genetic algorithms.