Global ETD Search
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Showing 1 to 6 of 6 for “"IEEE 118-bus system"”.
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Application of Energy Storage in Power Systems
… determine the advantages of using energy storage systems. This study presents a model for energy storage in electric power systems. The model involves methods of reducing the operation cost of a power network and the calculation of capital cost of energy storage systems. Two test systems have been …
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Transmission congestion management and security cost optimization in deregulated electricity markets
… to calculate the power flow contribution of each bus to the transmission network congestion. Generation re-dispatch and the corresponding security cost allocation are based on the calculated power flow contribution. The proposed generation re-dispatch method and the proposed security cost …
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Robust and Nonparametric Methods for Topology Error Identification and Voltage Calibration in Power Systems Engineering
There is a growing interest in robust and nonparametric methods with engineering applications, due to the nature of the data. Here, we study two power systems engineering applications that employ or recommend robust and nonparametric methods; topology error identification and voltage calibration. …
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Dynamic Load Modeling from PSSE-Simulated Disturbance Data using Machine Learning
… required PMU field data and the corresponding system models are considered Critical Energy Infrastructure Information (CEII) and its access is limited. The next best option for the required amount of data is from a simulating environment like PSSE. The IEEE 118 bus system is used as a test …
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A Line Outage Study for Prediction of Static Power Flow Redistribution
… unpredicted failure events such as lightening or system faults can cause transmission line tripped, which may bring about a large interruption to the system and causes damage. When line outage happens, the power flow on the tripped line will be redistributed to the rest of lines in the system. It …
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The impact of wind generation on power system voltage stability
… in wind generation is influencing overall power system operation and planning in terms of voltage stability. Also, power flow pattern and system's dynamic characteristics change when large percentages of wind generation are connected to the grid. Wind generation is characterised by its …