| Essential Question | Level of Thinking |
| What is the basic theory of operation of a MVAC to LVAC transformer? | |
| How are MVAC to LVAC transformers modeled for steady-state analysis? | |
| How are MVAC to LVAC transformers modeled for dynamic analysis? | |
| What are the machinery arrangement implications of MVAC to LVAC transformers? | |
| What is the prupose of a premagnetization circuit? | |
| How do MVAC to LVAC transformers impact the design of power system fault protection systems? | |
Experiment 1: Delta-Delta Transformer – Balanced Operation – ungrounded
Experiment 2: Delta-Delta Transformer – ungrounded system – Ground Fault
Experiment 3: Delta-Delta Transformer – ungrounded system – unbalanced load
Experiment 4: Wye-Delta Transformer – ungrounded system – unbalanced load
Experiment 5: Delta-Wye Transformer – ungrounded system – unbalanced load
Experiment 6: Delta-Wye Transformer – 4 wire – ungrounded system – unbalanced load
Experiment 7: Delta-Wye Transformer – 4 wire – ungrounded system – ground fault
Experiment 9: Delta-Wye Transformer – 4 wire – HRG system – unbalanced load and ground fault
MIL-STD_3045 U.S. Navy Surface Ship Machinery Arrangements
James L. Kirtley Electric Power Principles: Sources, Conversion, Distribution and Use, 2nd Edition, Wiley, March 2020, ISBN: 978-1-119-58517-6
Giuffrida, Marco, Electrical Plants and Electric Propulsion on Ships, Published Nov 14, 2018 on www.lulu.com
IEEE Std 45.1 IEEE Recommended Practice for Electrical Installations on Shipboard--Design
Dalton, Thomas, "Power Application Limitations of AC Shipboard Electric Plants for US Navy Ships," presented at ASNE TSS 2019, June 18-20, 2019, Washington DC.
(C) Copyright 2024 Norbert Doerry
This work by Norbert Doerry is licensed under CC BY 4.0