Numerical and experimental analysis of thermal behaviour of high voltage power cable in unfilled ducts

Numerical and experimental analysis of thermal behaviour of high voltage power cable in unfilled ducts

The work addresses the topic of the thermal study of high-voltage power cables installed inside plastic pipes in the absence of filling. The presence of air inside the pipe creates an insulating layer that does not favor heat exchange and makes the calculation of the flow rate more complex, as it is...

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Published in:Scientific reports Vol. 14; no. 1; pp. 20599 - 16
Main Authors: Quercio, Michele, Del Pino Lopez, Juan Carlos, Grasso, Sergio, Canova, Aldo
Format: Journal Article
Language:English
Published: London Nature Publishing Group UK 04-09-2024
Nature Publishing Group
Nature Portfolio
Subjects:
639/166/4073/4099
639/166/987
Aluminum
Cables
Convection
Flow rates
Heat exchange
Heat transfer
High voltage
Humanities and Social Sciences
Mathematical models
multidisciplinary
Numerical analysis
Power cables
Radiation
Radiation measurement
Science
Science (multidisciplinary)
Temperature
Voltage
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Abstract The work addresses the topic of the thermal study of high-voltage power cables installed inside plastic pipes in the absence of filling. The presence of air inside the pipe creates an insulating layer that does not favor heat exchange and makes the calculation of the flow rate more complex, as it is necessary to take into account the thermal phenomena of natural convection and radiation between the surface of the cable and the internal surface of the tube. The numerical model based on the finite element calculation was compared with the experimental results obtained on a simulacrum in which the temperatures on the different layers of the cable were measured. After this validation, some typical installation configurations of single and double energy transport triads were analyzed.
AbstractList The work addresses the topic of the thermal study of high-voltage power cables installed inside plastic pipes in the absence of filling. The presence of air inside the pipe creates an insulating layer that does not favor heat exchange and makes the calculation of the flow rate more complex, as it is necessary to take into account the thermal phenomena of natural convection and radiation between the surface of the cable and the internal surface of the tube. The numerical model based on the finite element calculation was compared with the experimental results obtained on a simulacrum in which the temperatures on the different layers of the cable were measured. After this validation, some typical installation configurations of single and double energy transport triads were analyzed.
The work addresses the topic of the thermal study of high-voltage power cables installed inside plastic pipes in the absence of filling. The presence of air inside the pipe creates an insulating layer that does not favor heat exchange and makes the calculation of the flow rate more complex, as it is necessary to take into account the thermal phenomena of natural convection and radiation between the surface of the cable and the internal surface of the tube. The numerical model based on the finite element calculation was compared with the experimental results obtained on a simulacrum in which the temperatures on the different layers of the cable were measured. After this validation, some typical installation configurations of single and double energy transport triads were analyzed.The work addresses the topic of the thermal study of high-voltage power cables installed inside plastic pipes in the absence of filling. The presence of air inside the pipe creates an insulating layer that does not favor heat exchange and makes the calculation of the flow rate more complex, as it is necessary to take into account the thermal phenomena of natural convection and radiation between the surface of the cable and the internal surface of the tube. The numerical model based on the finite element calculation was compared with the experimental results obtained on a simulacrum in which the temperatures on the different layers of the cable were measured. After this validation, some typical installation configurations of single and double energy transport triads were analyzed.
Abstract The work addresses the topic of the thermal study of high-voltage power cables installed inside plastic pipes in the absence of filling. The presence of air inside the pipe creates an insulating layer that does not favor heat exchange and makes the calculation of the flow rate more complex, as it is necessary to take into account the thermal phenomena of natural convection and radiation between the surface of the cable and the internal surface of the tube. The numerical model based on the finite element calculation was compared with the experimental results obtained on a simulacrum in which the temperatures on the different layers of the cable were measured. After this validation, some typical installation configurations of single and double energy transport triads were analyzed.
ArticleNumber 20599
Author Quercio, Michele
Grasso, Sergio
Del Pino Lopez, Juan Carlos
Canova, Aldo
Author_xml – sequence: 1
  givenname: Michele
  surname: Quercio
  fullname: Quercio, Michele
  email: michele.quercio@uniroma3.it
  organization: Roma Tre University
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  givenname: Juan Carlos
  surname: Del Pino Lopez
  fullname: Del Pino Lopez, Juan Carlos
  organization: University of Sevilla
– sequence: 3
  givenname: Sergio
  surname: Grasso
  fullname: Grasso, Sergio
  organization: Be Shielding S.r.l
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  givenname: Aldo
  surname: Canova
  fullname: Canova, Aldo
  organization: Polytechnic University of Turin
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Snippet The work addresses the topic of the thermal study of high-voltage power cables installed inside plastic pipes in the absence of filling. The presence of air...
Abstract The work addresses the topic of the thermal study of high-voltage power cables installed inside plastic pipes in the absence of filling. The presence...
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StartPage 20599
SubjectTerms 639/166/4073/4099
639/166/987
Aluminum
Cables
Convection
Flow rates
Heat exchange
Heat transfer
High voltage
Humanities and Social Sciences
Mathematical models
multidisciplinary
Numerical analysis
Power cables
Radiation
Radiation measurement
Science
Science (multidisciplinary)
Temperature
Voltage
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Title Numerical and experimental analysis of thermal behaviour of high voltage power cable in unfilled ducts
URI https://link.springer.com/article/10.1038/s41598-024-71281-x
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