Power System Neutral Grounding Fundamentals
In Power System Neutral Grounding Fundamentals, you'll learn ...
- Fundamental considerations for any form of grounding
- Hazards of repetitive restriking
- Basic theory of arcing ground faults
- Definition of ‘effective grounding’
Overview
One of the most critical decisions faced by the designer of a power system is how the neutral of the system should be grounded.
This course presents the subject of neutral grounding in a very structured fashion. First, a simple equivalent circuit is developed for a generic power system, and then each of the options for neutral grounding is ‘tested’ in that equivalent circuit to identify and understand the characteristics of the grounding method. A detailed explanation is offered for each of the following options: Ungrounded neutral; Solidly grounded neutral; Low resistance grounded neutral; High resistance grounded neutral; Low inductance grounded neutral; High inductance (resonant) grounded neutral.
Learning Objectives
Upon completion of this course, participants will be able to:
- Explain Fundamental considerations for any form of grounding.
- Analyze Hazards of repetitive restriking.
- Describe Basic theory of arcing ground faults.
- Define ‘effective grounding’.
- Assess Impact of grounding method on step- and reach-potentials.
- Identify Design criteria for high-resistance grounding.
- Evaluate Limitations of high-resistance grounding.
- Examine Impact of grounding on cable selection.
- Interpret Ideal short circuit stiffness based on total loading.
- Summarize Application limitations with reactance grounding.
- Relate Special considerations with Peterson Coil grounding.
- Illustrate Distinction between system neutral grounding and bonding.
Certificate of Completion
You will be able to immediately print a certificate of completion after passing a multiple-choice quiz consisting of 25 questions. CPD credits are not awarded until the course is completed and quiz is passed.
