Most transformer knowledge lives in fragments — a university textbook that stops at the equivalent circuit, a vendor manual for one specific test, a protection relay guide with no design context behind it.
When a real transformer needs to be specified, protected, commissioned, or diagnosed, the engineer is left stitching together sources that were never meant to connect.
This handbook is built differently. Sixteen chapters carry one continuous engineering framework — and one running numerical example, a 20 MVA power transformer — from first-principles electromagnetics through core and winding design, per-unit analysis, thermal and loss calculations, cooling system sizing, three-phase connections, tap-changer regulation, dielectric design, protection coordination, factory and field testing, safe commissioning, condition-based maintenance, and finally failure analysis and life-cycle economics. Every chapter ends where the next one begins.
By the end, you'll be able to:
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Anbieter: California Books, Miami, FL, USA
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Anbieter: PBShop.store US, Wood Dale, IL, USA
PAP. Zustand: New. New Book. Shipped from UK. Established seller since 2000. Bestandsnummer des Verkäufers L2-9798187919536
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Paperback. Zustand: new. Paperback. Most transformer knowledge lives in fragments - a university textbook that stops at the equivalent circuit, a vendor manual for one specific test, a protection relay guide with no design context behind it. When a real transformer needs to be specified, protected, commissioned, or diagnosed, the engineer is left stitching together sources that were never meant to connect. This handbook is built differently. Sixteen chapters carry one continuous engineering framework - and one running numerical example, a 20 MVA power transformer - from first-principles electromagnetics through core and winding design, per-unit analysis, thermal and loss calculations, cooling system sizing, three-phase connections, tap-changer regulation, dielectric design, protection coordination, factory and field testing, safe commissioning, condition-based maintenance, and finally failure analysis and life-cycle economics. Every chapter ends where the next one begins. By the end, you'll be able to: Size a core and winding design from an EMF equation to a physical structureCalculate per-unit impedance, fault currents, and voltage regulation from test dataSet and coordinate overcurrent, differential, and restricted earth fault protectionRead and verify a factory test report against IEEE/NETA routine and type test criteriaCommission a unit safely, including substation grounding and step/touch potentialInterpret dissolved gas analysis (DGA) and decide when to refurbish versus replaceEvery worked example is independently verified, every representative figure is flagged as such rather than presented as unverifiable gospel, and 24 original technical diagrams illustrate the physical construction and diagnostic methods discussed throughout. Whether you're a practicing power engineer, a technician moving into diagnostics, or a student who wants the full picture textbooks leave out - scroll up and get your copy today. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. Bestandsnummer des Verkäufers 9798187919536
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Taschenbuch. Zustand: Neu. Neuware - Most transformer knowledge lives in fragments - a university textbook that stops at the equivalent circuit, a vendor manual for one specific test, a protection relay guide with no design context behind it. When a real transformer needs to be specified, protected, commissioned, or diagnosed, the engineer is left stitching together sources that were never meant to connect. This handbook is built differently. Sixteen chapters carry one continuous engineering framework - and one running numerical example, a 20 MVA power transformer - from first-principles electromagnetics through core and winding design, per-unit analysis, thermal and loss calculations, cooling system sizing, three-phase connections, tap-changer regulation, dielectric design, protection coordination, factory and field testing, safe commissioning, condition-based maintenance, and finally failure analysis and life-cycle economics. Every chapter ends where the next one begins. By the end, you'll be able to: - Size a core and winding design from an EMF equation to a physical structure- Calculate per-unit impedance, fault currents, and voltage regulation from test data- Set and coordinate overcurrent, differential, and restricted earth fault protection- Read and verify a factory test report against IEEE/NETA routine and type test criteria- Commission a unit safely, including substation grounding and step/touch potential- Interpret dissolved gas analysis (DGA) and decide when to refurbish versus replaceEvery worked example is independently verified, every representative figure is flagged as such rather than presented as unverifiable gospel, and 24 original technical diagrams illustrate the physical construction and diagnostic methods discussed throughout. Whether you're a practicing power engineer, a technician moving into diagnostics, or a student who wants the full picture textbooks leave out - scroll up and get your copy today. Bestandsnummer des Verkäufers 9798187919536
Anzahl: 2 verfügbar