&lt;b&gt;Life Time Estimation Method for the Feeder Transformers&lt;/b&gt;

Akagi, Masataka; Yoshii, Tsurugi; Imamura, Hideki

doi:10.2219/rtriqr.58.4_277

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Technology To Predict and Evaluate Progress Of Degradation F1

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2020

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“…RTRI is also conducting a number of basic studies on degradation prediction, such as development of a method to evaluate the remaining serviceable life of transformers in substations [7], and a method for quantifying contamination of the surface of insulators with marine salt and corrosion of pins under the insulators [8]. for digital twin technology, elucidation of these degradation phenomena is extremely important.…”

Section: Technology To Predict and Evaluate Progress Of Degradation Fmentioning

confidence: 99%

<b>Recent Research and Development Activities in Maintenance Technologies for Electric Railway Power Supply Systems</b>

Ikeda¹

2020

Q. rep. RTRI

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In order to ensure reliability and stability of the electric railway systems, adequate maintenance operation for the electric power supply system is an essential matter. On the other hands, its maintenance operation involves high cost, because this system has a huge spatial scale. Furthermore, working population in Japan has been decreasing today, resulting in high demands on improving efficiency of the maintenance operation. RTRI has therefore been tackling the issue of improving in quality, efficiency and cost of the maintenance operation for the electric power supply system. This paper describes recent RTRI's research and development activities on the maintenance technologies for the power supply system in order to overcome these issues.

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Section: Technology To Predict and Evaluate Progress Of Degradation Fmentioning

confidence: 99%

<b>Recent Research and Development Activities in Maintenance Technologies for Electric Railway Power Supply Systems</b>

Ikeda¹

2020

Q. rep. RTRI

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show abstract

<b>Life Time Estimation Method for the Feeder Transformers</b>

Cited by 1 publication

References 3 publications

<b>Recent Research and Development Activities in Maintenance Technologies for Electric Railway Power Supply Systems</b>

<b>Recent Research and Development Activities in Maintenance Technologies for Electric Railway Power Supply Systems</b>

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