This is the second part of an investigation aimed at providing a thorough technical comparison between traditional and alternative overhead power transmission lines based on the loadability characteristics. The previous Part I outlined and applied the fundamentals of the loadability analysis to three comparable single-circuit lines. In Part II, the analysis is broadened to three comparable double-circuit lines: traditional three-phase ac double-circuit lines (assumed as the reference system for the comparison) and bipolar HVDC lines and nonconventional combined ac-dc lines. As in Part I, the loadability analysis takes into account thermal limits, voltage drop, power losses, and - when feasible - steady state and transient stability. Part II...
The loadability curves of different types of overhead transmission lines are computed and compared ...
The loadability curves of different types of overhead transmission lines are computed and compared i...
The loadability curves of different types of overhead transmission lines are computed and compared ...
This is the second part of an investigation aimed at providing a thorough technical comparison betwe...
This is the second part of an investigation aimed at providing a thorough technical comparison betwe...
This is the second part of an investigation aimed at providing a thorough technical comparison betwe...
This is the second part of an investigation aimed at providing a thorough technical comparison betwe...
This is the second part of an investigation aimed at providing a thorough technical comparison betwe...
This paper provides a methodology for a thorough technical comparison between traditional three-phas...
This paper provides a methodology for a thorough technical comparison between traditional three-phas...
This paper provides a methodology for a thorough technical comparison between traditional three-phas...
This paper provides a methodology for a thorough technical comparison between traditional three-phas...
This paper provides a methodology for a thorough technical comparison between traditional three-phas...
This paper provides a methodology for a thorough technical comparison between traditional three-phas...
This paper provides a methodology for a thorough technical comparison between traditional three-phas...
The loadability curves of different types of overhead transmission lines are computed and compared ...
The loadability curves of different types of overhead transmission lines are computed and compared i...
The loadability curves of different types of overhead transmission lines are computed and compared ...
This is the second part of an investigation aimed at providing a thorough technical comparison betwe...
This is the second part of an investigation aimed at providing a thorough technical comparison betwe...
This is the second part of an investigation aimed at providing a thorough technical comparison betwe...
This is the second part of an investigation aimed at providing a thorough technical comparison betwe...
This is the second part of an investigation aimed at providing a thorough technical comparison betwe...
This paper provides a methodology for a thorough technical comparison between traditional three-phas...
This paper provides a methodology for a thorough technical comparison between traditional three-phas...
This paper provides a methodology for a thorough technical comparison between traditional three-phas...
This paper provides a methodology for a thorough technical comparison between traditional three-phas...
This paper provides a methodology for a thorough technical comparison between traditional three-phas...
This paper provides a methodology for a thorough technical comparison between traditional three-phas...
This paper provides a methodology for a thorough technical comparison between traditional three-phas...
The loadability curves of different types of overhead transmission lines are computed and compared ...
The loadability curves of different types of overhead transmission lines are computed and compared i...
The loadability curves of different types of overhead transmission lines are computed and compared ...