| Essential Question | Level of Thinking |
| How are system grounding, equipment grounding (bonding - protectiveearthing), and common mode / EMI grounding different and related? | |
| What are the principal features and methods of implementation of ungrounded systems, high-resistance grounded systems, and solidly grounded systems? | |
| What grounding methods are appropriate for Primary buses, distribution buses, secondary buses, and special buses? | |
| How does one determine the required resistance of a neutral grounding resistor? | |
| What are the advantages and disadvantages of a grounding bus? | |
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
IEEE Std 45.1 IEEE Recommended Practice for Electrical Installations on Shipboard--Design
IEEE Std 45.3 IEEE Recommended Practice for Electrical Installations on Shipboard--Systems Engineering
IEEE Std 3003.1 IEEE Recommended Practice for System Grounding of Industrial and Commercial Power Systems
(C) Copyright 2024 Norbert Doerry
This work by Norbert Doerry is licensed under CC BY 4.0