اهتماماتى البحثية كان ما يعرف بالشبكات الذكية

(Smart Grid)

الشبكات الذكية بتمثل طفرة ونقلة واسعة فى الشبكة الكهربية وليس لها تعريف محدد اذا بيندرج تحتها موسوعة من المواضيع التى تعنى بتسخير كل ما هو جديد فى تكنولوجيا المعلومات والذكاء الاصطناعى

...for improving power system realibility , security, stability , Qquality , and Eenhancing the capacity and efficiency of the existing electrical grid in addition to an economic view.


Smart gGrid differs from Traditional Power Grid


والتى تعنى One‐way flow of electricity فبدلا من : Power Infrastructure (A)

Centralized generation , Limited automation , Limited situational awareness
and Consumers lack data to manage energy usage.

Two‐way Flow of Electricity and Information فهناك

وهى على النقيض من سابقاتها التى تحقق

Distributed grid management and control,I increasing consumer choice , more balancing of supply and demand, and Improving Resilience to Disruption and Being Self-Healing while using sensor networks and communications.

(B) فهى تشمل

integeration of renewable energy , large scale energy storage and consumer Ccollaborativeon

وقد كان اختيارى البحثى لنقطة تتعلق ب

( real -time monitoring of Wind Power Interconnection to the main grid stability analysis based on phasor measurement units )


فمن المعروف ان Wind Energy is سرعة متغيرة ولا يمكن التنبؤ بدقة عنها, so it has different impacts on power system oscillation

and its eaffects on grid stability and increases the disturbances.

لذا فان


Wind Power plants Interconnection into the Power System sets new technical challenges in power system operation related with Frequency Control , Active power regulation and balance between supply and demand.

...to achieve close expectations close to reality by collecting and analyiszing historical data of Wind Power Plants in the power grid using measurement tools , which concerns withe fast real -time detection of events , such as the SCADA (Supervisory Control and Data Acquisition) system or the latest and most sophisticated technology of PMUs (phasor measurement units) wthichat outweighs SCADA by using more samplings per second.

اختيارى لتلك النقطة تحديدا لانها تمثل بداية لتكوين خلفية علمية فى الجمع بين عدد من التخصصات محل الاهتمام ابتداءا من

renewable energy

ومرورا بالشبكات الذكية و من ثم

Wide -Area Monitoring System (WAMS ) and rReal-tTime oOperating sSystem (RTOS)

ووصولا لأبرز

applications of Artificial iIntelligence and mMachine lLearning in the Power sSystem

وممن ثم بعد ذلك تحديد نقطة انطلاق مميزة فى رسالة الدكتوراة

Major Research Questions is abnvoutlve the selection of proper signal processing applied on synchrophasor or what is called PMUs, and make the precise modeling that accomplishes a new understanding of wind power plant oscillations.

and tThe future trends of this point depends on developing more intelligent and flexible algorithms in addition to enhancing time-sampling and Time Skew Monitoring of measurement tools ,and also data quality management.