Relevant Characteristics of Power Lines Passing through Urban Areas - Softcover

Über die Autorin bzw. den Autor

Ljubivoje M. Popović is a retired associate professor at the School of Electrical Engineering, University of Belgrade, and in 2010, he was elected as an IEEE R8 Industry Lecturer (Industry Continuing Education Program). He published more than 100 papers in home and international journals and proceedings of international conferences, 2 chapters in 2 international scientific books, and 2 scientific books under the titles Actual Parameters of Power Lines Passing Through Urban Areas (LAMBERT, Academic Publishing, 2015) and Practical Methods for Analysis and Design of HV Installations Grounding Systems (ELSEVIER, Academic Publishing, 2018). His work had an impact on some of the IEC publications [Technical Report IEC 60909-2, Ed 1(1992-09) and IEC standard 60909-3, Ed 2 (2003-09)] and was highlighted by Vertical News, High-beam Research, High-beam Business, GOLIATH Business News, and News-edge and is presented through scientific network Research Gate. He was elected a member of the IEC Technical Committee―IEC/TC73―short circuit currents.

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The methodology described in Relevant Characteristics of HV and EHV Lines enables solving several types of problems in electric-power delivery that were considered for a long time in professional and scientific circles as unsolvable. Taking into account the influence of all surrounding metal installations on the relevant characteristics of HV and EHV lines passing through urban and/or suburban areas, this reference provides safe and economical solutions to the following practical problems: - Checking and achieving the prescribed safety conditions inside and in the vicinity of the supplied substations, - Determination of the dangerous and harmful inductive influence of HV and EHV lines on any of the surrounding metal installations, in normal operating conditions or faulty conditions, and - Determination of actual transfer capacities (serial impedances) of HV and EHV distribution lines.

The application elements in the chapters enable compensation of deficiency of all unknown, but relevant data concerning the surrounding metal installations in solving each of the mentioned problems. This book is necessary for properly dimensioning cable systems considering the existing underground structures near substations and provides engineers with the necessary information to design normal cable operations and determine fault events.