سنقوم في هذا البحث بتصميم متنبئ سميث العائم، و من ثم نمذجته، محاكاته
و تحليله باستخدام شبكات بتري العائمة الملونة و مقارنته مع متحكم تناسبي تكاملي تقليدي،
و ذلك بهدف تخفيض التأخير الزمني لنظام التوربينات الريحية و زيادة موثوقيتها، و تحسين
الاستجابة، و تأمين استقرار نقطة العمل المثلى للقدرة الميكانيكية، و خفض الاهتزازات التي
يسببها التأخير الزمني في الجملة من جهة أخرى.
In this paper, we will design a Fuzzy Smith Predictor (FSP),
then we will model, simulate and analyze it using colored Fuzzy Petri
networks, then we will compare it with a conventional proportional
integral controller.
The main objective of this research is to reduce the delay time
of the wind turbine system and to increase its reliability, in the other
side, to improve the response and stability of the operating point of
the mechanical energy and reduce vibration caused by the delay time
in the system.
References used
RICO.JE, CAMACHO.EF, 2008 - Dead-time compensators. Control Eng, Vol 407- 428p
ZHANG.WD, SUN.YX, 1998 - Two degree of freedom smith predictor for processes with time delay. Automatica 34
ZHANG.WD, CAO.YC, December 2005 - Modified Fuzzy PID Control for networked Control System with random delays. World Academy of Science, Engineering and Technologies
This research work presents fuzzy pitch controller design of wind turbine to get the maximum power in
addition to decrease the losses caused by acceleration and deceleration in turbine rotation. And thus
optimize power coefficient of turbine throug
This paper deals with the performance study of the self-excited
induction generator when driven by wind turbine for producing
electrical energy. This was done by modeling both the induction
generator and the wind turbine using the Matlab program,
The purpose of this study is to define the reliability index for electrical power
systems specifically and without using alot of data and treating processes. Results of this
study is useful in electrical networks planning and design because of its
In this article we propose a new graphical method for modeling
sequential controllers using high-level colored Petri nets. We will
present how to build a sequential controller using this method and
analyze its state space. The results in this stud
This paper treats the issue of wind energy storage, mechanically, using the flywheel
device. We control the speed of the wind turbine and the flywheel by means of traditional
PID controllers. These controllers are designed depending on the system m