Abstract
Marine environmental contamination of transmission line insulators represents a significant problem to ENEL (Italian National Electricity Board) due to the high concentration of urban and industrial areas along Italy`s coastlines. ENEL recognizes that in designing against intense salt fog conditions, insulator sizing plays an important role. Optimization tends towards the minimization of the failure rate with the contemporaneous avoidance of oversizing, all at an acceptable risk of discharge. This paper reports on how ENEL has established, through numerous laboratory tests and in-field inspections in which measurements were made of insulator surface conductivity, contamination severity distribution curves for use in the optimum design and sizing of transmission line surface insulation.
Citation Formats
Marinoni, F, and Porrino, A.
HVAC transmission line surface insulation in marine environments: Sizing and design based on tests and field experience; Dimensionamento degli isolamenti superficiali di linee e stazioni destinati ad ambienti marini mediante criteri di progetto basati su esperienze di laboratorio e di esercizio.
Italy: N. p.,
1991.
Web.
Marinoni, F, & Porrino, A.
HVAC transmission line surface insulation in marine environments: Sizing and design based on tests and field experience; Dimensionamento degli isolamenti superficiali di linee e stazioni destinati ad ambienti marini mediante criteri di progetto basati su esperienze di laboratorio e di esercizio.
Italy.
Marinoni, F, and Porrino, A.
1991.
"HVAC transmission line surface insulation in marine environments: Sizing and design based on tests and field experience; Dimensionamento degli isolamenti superficiali di linee e stazioni destinati ad ambienti marini mediante criteri di progetto basati su esperienze di laboratorio e di esercizio."
Italy.
@misc{etde_10139517,
title = {HVAC transmission line surface insulation in marine environments: Sizing and design based on tests and field experience; Dimensionamento degli isolamenti superficiali di linee e stazioni destinati ad ambienti marini mediante criteri di progetto basati su esperienze di laboratorio e di esercizio}
author = {Marinoni, F, and Porrino, A}
abstractNote = {Marine environmental contamination of transmission line insulators represents a significant problem to ENEL (Italian National Electricity Board) due to the high concentration of urban and industrial areas along Italy`s coastlines. ENEL recognizes that in designing against intense salt fog conditions, insulator sizing plays an important role. Optimization tends towards the minimization of the failure rate with the contemporaneous avoidance of oversizing, all at an acceptable risk of discharge. This paper reports on how ENEL has established, through numerous laboratory tests and in-field inspections in which measurements were made of insulator surface conductivity, contamination severity distribution curves for use in the optimum design and sizing of transmission line surface insulation.}
place = {Italy}
year = {1991}
month = {Jul}
}
title = {HVAC transmission line surface insulation in marine environments: Sizing and design based on tests and field experience; Dimensionamento degli isolamenti superficiali di linee e stazioni destinati ad ambienti marini mediante criteri di progetto basati su esperienze di laboratorio e di esercizio}
author = {Marinoni, F, and Porrino, A}
abstractNote = {Marine environmental contamination of transmission line insulators represents a significant problem to ENEL (Italian National Electricity Board) due to the high concentration of urban and industrial areas along Italy`s coastlines. ENEL recognizes that in designing against intense salt fog conditions, insulator sizing plays an important role. Optimization tends towards the minimization of the failure rate with the contemporaneous avoidance of oversizing, all at an acceptable risk of discharge. This paper reports on how ENEL has established, through numerous laboratory tests and in-field inspections in which measurements were made of insulator surface conductivity, contamination severity distribution curves for use in the optimum design and sizing of transmission line surface insulation.}
place = {Italy}
year = {1991}
month = {Jul}
}