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 has outlined and applied the fundamentals of the loadability analysis to three comparable single-circuit lines. In the present 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), bipolar HVDC lines and non-conventional 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 also performs an overall comparison among the different systems in single-circuit and double-circuit configuration to draw final conclusions.
The Loadability of Overhead Transmission Lines. Part II: Analysis of Double-Circuits and Overall Comparison / D., Lauria; G., Mazzanti; Quaia, Stefano. - In: IEEE TRANSACTIONS ON POWER DELIVERY. - ISSN 0885-8977. - Vol. 29, No. 2:(2014), pp. 518-524. [10.1109/TPWRD.2013.2280963]
The Loadability of Overhead Transmission Lines. Part II: Analysis of Double-Circuits and Overall Comparison
QUAIA, STEFANO
2014-01-01
Abstract
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 has outlined and applied the fundamentals of the loadability analysis to three comparable single-circuit lines. In the present 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), bipolar HVDC lines and non-conventional 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 also performs an overall comparison among the different systems in single-circuit and double-circuit configuration to draw final conclusions.Pubblicazioni consigliate
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