Robert Del Vecchio, Robert M. Del Vecchio, Bertrand Poulin, Pierre Feghali, Dilipkumar Shah, Rajendra Ahuja

Transformer Design Principles, Third Edition (eBook, PDF)

• Format: PDF

Produktbeschreibung

The third edition presents new developments, including losses in tank walls and a simpler method to calculate temperatures and flows in directed flow windings, and a chapter on optimization to achieve a low cost transformer design. The book includes a section on correcting the linear impedance boundary method for non-linear materials.

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Produktdetails

• Verlag: Taylor & Francis eBooks
• Seitenzahl: 612
• Erscheinungstermin: 9. August 2017
• Englisch
• ISBN-13: 9781498787543
• Artikelnr.: 49154048

Autorenporträt

Robert M. Del Vecchio, Bertrand Poulin, Pierre T. Feghali, Dilipkumar Shah, Rajendra Ahuja

Inhaltsangabe

INTRODUCTION. MAGNETISM AND RELATED CORE ISSUES. CIRCUIT MODEL OF A TWO
WINDING TRANSFORMER WITH CORE. REACTANCE AND LEAKAGE REACTANCE
CALCULATIONS. PHASORS, THREE PHASE CONNECTIONS, AND SYMMETRICAL COMPONENTS.
FAULT CURRENT ANALYSIS. PHASE SHIFTING AND ZIG-ZAG TRANSFORMERS.
MULTI-TERMINAL THREE PHASE TRANSFORMER MODEL. RABINS' METHOD FOR
CALCULATING LEAKAGE FIELDS, INDUCTANCES, AND FORCES IN IRON CORE
TRANSFORMERS, INCLUDING AIR CORE METHODS. MECHANICAL DESIGN. ELECTRIC FIELD
CALCULATIONS. CAPACITANCE CALCULATIONS. VOLTAGE BREAKDOWN THEORY AND
PRACTICE. HIGH VOLTAGE IMPULSE ANALYSIS AND TESTING. NO-LOAD AND LOAD
LOSSES. STRAY LOSSES FROM 3D FINITE ELEMENT ANALYSIS. THERMAL DESIGN.
CONSTRAINED NONLINEAR OPTIIZATION WITH APPLICATION TO TRANSFORMER DESIGN.
REFERENCES. INDEX.

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INTRODUCTION. MAGNETISM AND RELATED CORE ISSUES. CIRCUIT MODEL OF A TWO WINDING TRANSFORMER WITH CORE. REACTANCE AND LEAKAGE REACTANCE CALCULATIONS. PHASORS, THREE PHASE CONNECTIONS, AND SYMMETRICAL COMPONENTS. FAULT CURRENT ANALYSIS. PHASE SHIFTING AND ZIG-ZAG TRANSFORMERS. MULTI-TERMINAL THREE PHASE TRANSFORMER MODEL. RABINS' METHOD FOR CALCULATING LEAKAGE FIELDS, INDUCTANCES, AND FORCES IN IRON CORE TRANSFORMERS, INCLUDING AIR CORE METHODS. MECHANICAL DESIGN. ELECTRIC FIELD CALCULATIONS. CAPACITANCE CALCULATIONS. VOLTAGE BREAKDOWN THEORY AND PRACTICE. HIGH VOLTAGE IMPULSE ANALYSIS AND TESTING. NO-LOAD AND LOAD LOSSES. STRAY LOSSES FROM 3D FINITE ELEMENT ANALYSIS. THERMAL DESIGN. CONSTRAINED NONLINEAR OPTIIZATION WITH APPLICATION TO TRANSFORMER DESIGN. REFERENCES. INDEX.

Rezensionen

This book focuses on providing an understanding of the technical details of designing traditional single-phase and multiphase power transformers. In this latest edition, which still includes fundamental design equations and theory used to design power transformers, it also provides advanced modeling simulation to further optimize transformer designs. The reader will find this book very helpful for understanding transformer design theory including many practical considerations.
- IEEE Electrical Insulation Magazine, March/April 2020