This blog will address issues I encounter during my research in power systems. Comments from professors, researchers, and students are welcome.
Monday, May 9, 2011
Dissertation Proposal: Parameter Estimation in Power Systems
Few days ago I submitted my dissertation proposal to my committee. It is about Parameter Estimation in Power Systems
Wednesday, April 6, 2011
Economic Dispatch and Renewable Energy Sources
Here is an introductory website I developed about Economic Dispatch and Renewable Energy Sources
Monday, December 6, 2010
IEEE PES GM 2011
I am happy that my 1st paper was accepted at IEEE Power and Energy Society General meeting 2011 which is a premier electric power systems conference. The paper is :
1- Estimation of a Shunted Radial Transfer Path Dynamics Using PMUs: This paper provides an algorithm to estimate the variables of a model of two machines connected by shunted transfer path, using PMUs data. The variables include static quantities like the various line impedances and the location of the shunt, in addition to dynamic variables like the transient impedances, electromagnetic forces, and the the inertias of the machines. The innovation here is in the use of a minimal number of PMUs in addition to a transformation algorithm to a non-shunted model which means that the same non-shunted algorithm can be used for shunted or non-shunted transfer path.
1- Estimation of a Shunted Radial Transfer Path Dynamics Using PMUs: This paper provides an algorithm to estimate the variables of a model of two machines connected by shunted transfer path, using PMUs data. The variables include static quantities like the various line impedances and the location of the shunt, in addition to dynamic variables like the transient impedances, electromagnetic forces, and the the inertias of the machines. The innovation here is in the use of a minimal number of PMUs in addition to a transformation algorithm to a non-shunted model which means that the same non-shunted algorithm can be used for shunted or non-shunted transfer path.
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