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FEDRP Based Model Implementation of Intelligent Energy Management Scheme for a Residential Community in Smart Grids Network

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Smart Grid and Renewable Energy 2012年第4期3卷 338-347页

作者： Qamar Zia Muhammad Ali Zulfikar Ahmad Zaidi Chaudhry Arshad Amjad Ullah Hafeez ur Rahman Muhammad Ahsan Shahzad beenish taj 2Electrical Engineering Department COMSATS Institute of Information Technology Abbottabad Pakistan Electrical Engineering Department COMSATS Institute of Information Technology Abbottabad Pakistan Electrical Engineering Department Gandhara Institute of Science and Technology Peshawar Pakistan Electrical Engineering Department NWFP University of Engineering and Technology Peshawar Pakistan IT Department Hazara University Havalian Pakistan

In the framework of liberalized deregulated electricity market, dynamic competitive environment exists between wholesale and retail dealers for energy supplying and management. Smart Grids topology in form of energy management has forced power supplying agencies to become globally competitive. Demand Response (DR) Programs in context with smart energy network have influenced prosumers and consumers towards it. In this paper Fair Emergency Demand Response Program (FEDRP) is integrated for managing the loads intelligently by using the platform of Smart Grids for Residential Setup. The paper also provides detailed modeling and analysis of respective demands of residential consumers in relation with economic load model for FEDRP. Due to increased customer’s partaking in this program the load on the utility is reduced and managed intelligently during emergency hours by providing fair and attractive incentives to residential clients, thus shifting peak load to off peak hours. The numerical and graphical results are matched for intelligent energy management scenario.

关键词： Demand Response (DR) FEDRP Intelligent Energy Management (IEM) Residential Area Networks (RAN) Smart Grids

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Advancement in Wide Area Monitoring Protection and Control Using PMU’s Model in MATLAB/SIMULINK

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Smart Grid and Renewable Energy 2012年第4期3卷 294-307页

作者： Waheed Ur Rahman Muhammad Ali Amjad Ullah Hafeez Ur Rahman Majid Iqbal Haseeb Ahmad Adnan Zeb Zeeshan Ali M. Ahsan Shahzad beenish taj Electrical Engineering Department COMSATS Institute of Information & Technology Abbottabad Pakistan Electrical Engineering Department Gandhara Institute of Science & Technology Peshawar Pakistan Electrical Engineering Department NWFP University of Engineering & Technology Peshawar Pakistan IT Department Hazara University Havelian Abbottabad.

A big step forward to improve power system monitoring and performance, continued load growth without a corresponding increase in transmission resources has resulted in reduced operational margins for many power systems worldwide and has led to operation of power systems closer to their stability limits and to power exchange in new patterns. These issues, as well as the on-going worldwide trend towards deregulation of the entire industry on the one hand and the increased need for accurate and better network monitoring on the other hand, force power utilities exposed to this pressure to demand new solutions for wide area monitoring, protection and control. Wide-area monitoring, protection, and control require communicating the specific-node information to a remote station but all information should be time synchronized so that to neutralize the time difference between information. It gives a complete simultaneous snap shot of the power system. The conventional system is not able to satisfy the time-synchronized requirement of power system. Phasor Measurement Unit (PMU) is enabler of time-synchronized measurement, it communicate the synchronized local information to remote station.

关键词： Wide Area Monitoring Protection and Control (WAMPAC) Phasor Measurement uNit (PMU) Wide Area Monitoring (WAM) Global Positioning System (GPS) Wide Area Controller (WAC) Local Area Controller (LAC) Phase Angle Monitoring (PAM) Automatic Generation Control (AGC) Circuit Breaker (CB) Current Transformers (CTs) Potential Transformers (PTs)

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