Designing Transformer Insulation Systems - P, Saraswathi;A.S.I, Joy Sinthiya;Haridha, R.Suya Padhra
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Transformers are critical components of power systems. A few minutes of power interruption disrupts the entire power grid. Insulation degradation is the principal cause of transformer outages. There are two types of insulation systems used in transformers: liquid and solid insulation systems. However, widely used mineral oil is less biodegradable and less available. As a result, alternate liquid dielectrics are critical. As a result, an in-depth study of transformer insulation design has been included in this book. The book is divided into five chapters, each of which discusses in detail the…mehr

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Produktbeschreibung
Transformers are critical components of power systems. A few minutes of power interruption disrupts the entire power grid. Insulation degradation is the principal cause of transformer outages. There are two types of insulation systems used in transformers: liquid and solid insulation systems. However, widely used mineral oil is less biodegradable and less available. As a result, alternate liquid dielectrics are critical. As a result, an in-depth study of transformer insulation design has been included in this book. The book is divided into five chapters, each of which discusses in detail the principle operation of a transformer, transformer selection, transformer monitoring methods, and smart transformers. Furthermore, a real-time critical characteristics comparison between vegetable oil and mineral oil is incorporated.
Autorenporträt
Ich bin Saraswathi und arbeite als Assistenzprofessorin in der Abteilung für Physik. Ich habe einen M.Sc. und einen M.Phil. in Physik und einen B.Sc. in Physik abgeschlossen. Außerdem habe ich meinen B.Ed. abgeschlossen. Zu meinen Interessengebieten gehören biologisch abbaubare Materialien, Atom- und Kernphysik.