Introduction There is an increasing demand for cable integration in the networks. It is now well known that underground and submarine transmission cables have significantly different electrical characteristics than overhead lines, and that these differences must be taken into account during cable system planning, design, and operation. The Brochure provides a state of the art in cable electrical modelling. Scope The Brochure deals with cable systems for land and submarine AC applications, with a nominal voltage above 45 kV. Paper cables (MI, SCFF and HPFF) as well as extruded cables are considered. Description of the TB The Brochure focuses on the derivation of the impedances of cable systems from cables characteristics and links arrangemen...
In the development of the AC power systems, long transmission lines and overhead lines (OHL) have be...
This paper discusses cable modeling for long high voltage AC underground cables. In investigating th...
For the safe and efficient operation of power transmission systems, each system compo-nent must have...
The Brochure deals with cable systems for land and submarine AC applications, with a nominal voltage...
This Technical Brochure describes system technical performance study issues important for a power sy...
Due to the high building density in the city of Zurich, 150 kV cable connections are laid in concret...
Abstract—The authors presented in a former paper, a thorough study concerning the electrical paramet...
In this work, the inductance and resistance of different cable configurations are obtained by dividi...
The aim of this TB is to serve as a practical guide for preparing models and performing studies nece...
In the modern era, overhead transmission lines become irrelevant in the development of new cities as...
This thesis details the development of accurate models for calculating the temperature rise and rati...
Underground cables offer more advantages than overhead lines since cables are better protected and d...
The impedances of cables are some of the parameters needed for various studies in cable systems. In...
While designing electrical power systems, underground cable ampacity is extremely important. There a...
In this article, the authors discuss a simulation model to study the effect of cross-bonding of meta...
In the development of the AC power systems, long transmission lines and overhead lines (OHL) have be...
This paper discusses cable modeling for long high voltage AC underground cables. In investigating th...
For the safe and efficient operation of power transmission systems, each system compo-nent must have...
The Brochure deals with cable systems for land and submarine AC applications, with a nominal voltage...
This Technical Brochure describes system technical performance study issues important for a power sy...
Due to the high building density in the city of Zurich, 150 kV cable connections are laid in concret...
Abstract—The authors presented in a former paper, a thorough study concerning the electrical paramet...
In this work, the inductance and resistance of different cable configurations are obtained by dividi...
The aim of this TB is to serve as a practical guide for preparing models and performing studies nece...
In the modern era, overhead transmission lines become irrelevant in the development of new cities as...
This thesis details the development of accurate models for calculating the temperature rise and rati...
Underground cables offer more advantages than overhead lines since cables are better protected and d...
The impedances of cables are some of the parameters needed for various studies in cable systems. In...
While designing electrical power systems, underground cable ampacity is extremely important. There a...
In this article, the authors discuss a simulation model to study the effect of cross-bonding of meta...
In the development of the AC power systems, long transmission lines and overhead lines (OHL) have be...
This paper discusses cable modeling for long high voltage AC underground cables. In investigating th...
For the safe and efficient operation of power transmission systems, each system compo-nent must have...