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An Intensive Professional
Development Training Course on

PD Partial Discharge Localization and Fault Diagnosis

Techniques for Accurate Fault Detection
and Preventative Maintenance in Power Systems

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Why Choose Us

The PD Partial Discharge Localization and Fault Diagnosis training course develops the practical knowledge required to locate and diagnose PD faults accurately. Partial discharge is a key indicator of insulation degradation in electrical equipment, including transformers, switchgear and cables. Detecting PD early and locating faults precisely are critical for preventing catastrophic failures, optimising equipment performance and extending electrical asset lifespans.

Participants examine the principles and techniques used to localise and diagnose partial discharge faults. The course builds the skills needed to identify and mitigate PD issues accurately. It covers a range of PD detection methods, diagnostic tools and practical applications. Hands-on exercises, case studies and diagnostic simulations allow participants to explore how these approaches are applied.

This PD Partial Discharge Localization and Fault Diagnosis training course will highlight:

  • Understanding PD as an indicator of insulation degradation
  • Recognising the importance of early PD detection
  • Localising partial discharge faults precisely
  • Diagnosing, identifying and mitigating PD issues
  • Exploring PD detection methods and diagnostic tools
  • Applying techniques through exercises, case studies and simulations
Why Choose PD Partial Discharge Localization and Fault Diagnosis
Course Goals

What are the Goals?

Upon completing this training course, participants will be able to:

  • Explain the fundamentals of partial discharge and how it affects electrical systems
  • Recognize the various types and sources of partial discharge within high-voltage equipment
  • Understand and use a range of PD detection and localization techniques, including acoustic and electrical methods
  • Identify faults associated with PD and evaluate their severity under real-time conditions
  • Create effective monitoring and maintenance strategies informed by PD results
  • Use advanced technologies and tools to localize and analyze PD faults

Who is this Training Course for?

This PD Partial Discharge Localization and Fault Diagnosis training course is designed for:

  • High-Voltage Electrical Engineers
  • Electrical Maintenance Engineers
  • Condition Monitoring Engineers
  • Partial Discharge Testing Engineers
  • Electrical Diagnostic Engineers
  • Testing and Commissioning Engineers
  • Substation Engineers
  • Power Cable Engineers
  • Electrical Reliability Engineers
  • High-Voltage Asset Management Engineers
Learning Approach

How will this Training Course be Presented?

This Wallstreet Development Academy course will employ a range of established adult-learning methods to maximise understanding, comprehension and retention of the material delivered. These methods include an interactive combination of instructor-led learning and group discussions.

The Course Content

Introduction to Partial Discharge (PD) and Fault Mechanisms

  • What is Partial Discharge (PD)?
  • Mechanisms and Causes of PD in Electrical Insulation Systems
  • Impact of PD on Equipment Health and Reliability
  • PD Testing: Importance and Industry Standards
  • Types of PD Faults: Internal and Surface Discharges
  • Overview of PD Detection Methods

PD Detection Methods and Tools

  • Electrical Methods of PD Detection
  • IEC 60270 Standard
  • High-Frequency Current Transformer (HFCT)
  • UHF PD Detection
  • Acoustic Methods: Ultrasound for PD Detection
  • Optical PD Detection: Advantages and Limitations
  • Choosing the Right PD Detection Method for Different Applications
  • Practical Session: Using PD Detection Equipment for Hands-On Testing

PD Localization Techniques

  • Principles of PD Localization: How It Works
  • Time-of-Flight Method: Measuring PD Propagation Time
  • PD Mapping: Acoustic and Electrical Localization Techniques
  • Combining Multiple Detection Methods for Accurate Localization
  • Case Study: Localizing PD Faults in a Transformer and Cable System
  • Practical Exercise: Localizing PD in Real Equipment

Diagnosing Faults from PD Data

  • Interpreting PD Signals: Analyzing Waveforms and Patterns
  • Correlating PD Activity with Fault Severity and Risk of Failure
  • Diagnosing Internal vs. Surface PD Faults
  • PD Severity Levels and Their Implications on Equipment Performance
  • Case Study: Diagnosing a Transformer Fault Using PD Data
  • Practical Session: Analyzing PD Data and Diagnosing Faults

Maintenance Strategies and Preventive Measures

  • Preventive Maintenance Based on PD Monitoring
  • Developing a PD-Based Monitoring Program for Long-Term Asset Health
  • Applying Trend Analysis to Predict Future Failures
  • Integrating PD Testing into Condition-Based Monitoring Systems
  • Managing PD Data: Reporting, Documentation, and Decision Making
  • Industry Trends: Smart Sensors and AI in PD Diagnostics
  • Final Discussion, Q&A, and Certification of Completion
Recognition

Certificate

  • • Wallstreet Development Academy Certificate of Completion for delegates who attend and complete the training course.

Frequently Asked Questions

This course covers partial discharge localization and fault diagnosis in power systems. It focuses on techniques for detecting faults accurately and supporting preventative maintenance. The course content is centred on identifying where partial discharge activity occurs and using that information for fault diagnosis.
The main purpose is to identify where partial discharge activity is occurring within a power system. Accurate localization provides a clearer basis for diagnosing a potential fault. In this course, localization is presented as part of an approach to fault detection and preventative maintenance.
The training supports preventative maintenance by focusing on accurate detection and diagnosis of partial discharge-related faults. Locating potential fault activity can help maintenance decisions be based on clearer diagnostic information. The course does not specify particular maintenance schedules or procedures.
This course is relevant to people seeking knowledge of partial discharge localization, fault diagnosis and preventative maintenance in power systems. Its subject matter is directly connected to power-system fault detection and maintenance activities. Specific job roles or entry requirements are not provided in the course information.
You will learn about techniques used to localize partial discharge and diagnose related faults in power systems. The training connects accurate fault detection with preventative maintenance. Specific diagnostic methods, tools and equipment are not detailed in the provided course information.
The course addresses fault diagnosis by linking it with partial discharge localization and accurate fault detection. It focuses on understanding how localized partial discharge activity can support the identification of faults. This diagnostic focus is intended to inform preventative maintenance in power systems.
The course builds skills related to locating partial discharge activity and diagnosing faults in power systems. It also develops an understanding of how accurate fault detection contributes to preventative maintenance. The available course information does not list specific instruments, software or testing procedures.
Partial discharge localization focuses on determining where discharge activity is occurring, while fault diagnosis focuses on interpreting that information to identify a fault. The course brings these two areas together within the context of power systems. Both support the broader aim of accurate fault detection and preventative maintenance.