Keyword

cable ampacity

Description: The maximum continuous electrical current a cable can carry without exceeding its permissible temperature under specified installation conditions.

Primary topic: Thermal Analysis in Power Transmission (79%)

OpenAlex ID: keywords/cable-ampacity

Rating of Electric Power Cables in Unfavorable Thermal Environment

2010 · George J. Anders · Institute of Electrical and Electronics Engineers eBooks · 172

Effects of Backfilling on Cable Ampacity Analyzed With the Finite Element Method

2008 · F. de Leon, G.J. Anders · IEEE Transactions on Power Delivery · 137

Thermal Analysis of Power Cables in Free Air: Evaluation and Improvement of the IEC Standard Ampacity Calculations

2014 · Ali Sedaghat, Francisco de Leon · IEEE Transactions on Power Delivery · 73

Calculation of Cable Ampacities Including the Effects of Harmonics

1998 · Ajit Hiranandani · IEEE Industry Applications Magazine · 63

Experimental study of thermal field deriving from an underground electrical power cable buried in non-homogeneous soils

2013 · Roberto de Lieto Vollaro, Lucia Fontana, et al. · Applied Thermal Engineering · 62

Ampacity of Low-Voltage Power Cables Under Nonsinusoidal Currents

2007 · Charis Demoulias, Dimitris P. Labridis, et al. · IEEE Transactions on Power Delivery · 52

Major factors affecting cable ampacity

2006 · F. de Leon · IEEE Power Engineering Society General Meeting · 51

Determination of the current carrying capacity of cables using the finite element method

2002 · J. Nahman, M. Tanaskovic · Electric Power Systems Research · 51

Calculation of secondary cable losses and ampacity in the presence of harmonics

1992 · A.P.S. Meliopoulos, M.A. Martin · IEEE Transactions on Power Delivery · 50

1997 · 47

Thermal behaviour of medium-voltage underground cables under high-load operating conditions

2019 · S. Bustamante, R. Mínguez, et al. · Applied Thermal Engineering · 46

New Approach to Ampacity Evaluation of Cables in Ducts Using Finite Elemet Technique

1987 · G. J. Anders, M. Chaaban, et al. · IEEE Transactions on Power Delivery · 43

A Model for Assessing the Magnitude and Distribution of Sheath Currents in Medium and High-Voltage Cable Lines

2020 · Roberto Candela, Antonio Gattuso, et al. · IEEE Transactions on Industry Applications · 42

Influence of soil humidity on the thermal impedance, time constant and structure function of underground cables: A laboratory experiment

2016 · Panagiotis Chatzipanagiotou, Vasilis Chatziathanasiou, et al. · Applied Thermal Engineering · 40

Comparison of finite element analysis to IEC-60287 for predicting underground cable ampacity

2016 · Simon Dubitsky, Georgy Greshnyakov, et al. · IEEE International Energy Conference (ENERGYCON) · 40

Study on the Effect of Cable Group Laying Mode on Temperature Field Distribution and Cable Ampacity

2019 · Lan Xiong, Yonghui Chen, et al. · Energies · 38

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Correlation Between Thermal Parameters and Morphology of Cross-Linked Polyethylene

2020 · Yifeng Zhao, Zhuozhan Han, et al. · IEEE Access · 37

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Cable Ampacity Calculations: A Comparison of Methods

2015 · Carson Bates, Keith Malmedal, et al. · IEEE Transactions on Industry Applications · 37

The effect of soil thermal conductivity and cable ampacity on the thermal performance and material costs of underground transmission line

2021 · Paweł Ocłoń · Energy · 36

Transient Thermal Performance of Power Cable Ascertained Using Finite Element Analysis

2021 · Sherif Salama Mohamed Ghoneim, Mahrous Ahmed, et al. · Processes · 36

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Factors Affecting the Sheath Losses in Single-Core Underground Power Cables with Two-Points Bonding Method

2011 · Osama Elsayed Gouda, Adel Abd-eltwab Farag · International Journal of Electrical and Computer Engineering (IJECE) · 34

Calculation of the internal thermal resistance and ampacity of 3-core screened cables with fillers

1999 · G.J. Anders, A. Napieralski, et al. · IEEE Transactions on Power Delivery · 34

New Approach to Ampacity Evaluation of Cables in Ducts Using Finite Element Technique

1987 · G. J. Anders, M. Chaaban, et al. · IEEE Power Engineering Review · 34

Controlled backfill optimization to achieve high ampacities on transmission cables

1994 · J.A. Williams, D. Parmar, et al. · IEEE Transactions on Power Delivery · 33

Pipe-type cable ampacities in the presence of harmonics

1993 · J.A. Palmer, R.C. Degeneff, et al. · IEEE Transactions on Power Delivery · 33

Works count: 404

Citation count: 2,917