High Voltage (HV) Switching Operations

Course Title:

High Voltage Switching Operations: Theory and Practice

Course Duration:

32 Hours (4 Days)

Units included in this course:

*UEPOPS116

*UEPOPS124

Target Audience:

This course is designed for electrical engineers, technicians, and safety personnel who work with high voltage systems in utilities, industrial facilities, and substations. Prior knowledge of electrical theory and experience in electrical operations is recommended.

Pre-requisites:

*Unrestricted Australian Electrical Licence and/or Certificate III in Electrotechnology. 

Course Objectives:

Upon completion of this course, participants will be able to:

1. Understand the principles and theories of high voltage systems and switching operations.
2. Identify various types of high voltage switching devices and their applications.
3. Execute safe and efficient switching procedures in high voltage environments.
4. Analyze the importance of safety protocols and risk management in high voltage operations.
5. Conduct practical switching operations and fault isolation in a controlled environment.

Course Outline:

Module 1: Introduction to High Voltage Systems

• Overview of high voltage definitions and classifications
• Importance of high voltage systems in power distribution
• Key components of high voltage systems (transformers, circuit breakers, switches)

Module 2: High Voltage Switching Devices

• Types of switching devices (isolators, circuit breakers, reclosers)
• Operation principles of various switching devices
• Application of switching devices in different electrical configurations

Module 3: Switching Operations and Procedures

• Standard operating procedures (SOPs) for high voltage switching
• Step-by-step guide to performing high voltage switching operations
• Communication protocols and coordination among team members during switching

Module 4: Safety Protocols and Risk Management

• Overview of safety regulations and standards (e.g., OSHA, IEEE)
• Personal protective equipment (PPE) requirements for high voltage work
• Hazard identification and risk assessment in high voltage environments

Module 5: Fault Isolation and Restoration Procedures

• Techniques for fault identification and isolation
• Steps for restoring power after a fault condition
• Importance of documentation and reporting in fault management

Module 6: Practical Applications and Hands-On Training

• Simulation exercises for performing high voltage switching
• Real-world scenarios to practice fault isolation and switching procedures
• Use of training equipment to simulate high voltage conditions safely

Module 7: Assessment and Certification

• Written exam to assess theoretical understanding
• Practical assessment to evaluate switching operation skills
• Issuance of completion certificates for participants who meet course requirements

Teaching Methods:

• Interactive lectures and presentations
• Hands-on practice in a controlled environment
• Group discussions and scenario-based learning
• Multimedia materials (videos, diagrams, and case studies)

Evaluation:

Participants will be assessed through a combination of written exams and practical evaluations. A minimum score of 75% is required for course completion.

Course Materials:

• Participant handbook with key information and procedures
• Safety manuals and guidelines specific to high voltage operations
• Access to training simulators or equipment for practical assessments

Certification

Upon successful completion of the course, you will receive a digital statement of attainment.

Conclusion:

This HV Switching Operations course provides essential knowledge and skills for safely and effectively performing high voltage switching operations. By focusing on theoretical understanding, safety practices, and practical applications, participants will be well-equipped to manage high voltage systems in various industrial and utility settings.