High Voltage (HV) Systems

Introduction:

The High Voltage (HV) training course is designed specifically for those who work with high-voltage systems. It guarantees the enhancement of necessary skills and knowledge for the management, operation, and maintenance of these systems safely. Participants will understand the fundamentals and practice of high-voltage engineering, utilizing testing methods, and combining practice with theory in their work.

Through learning high-voltage engineering, individuals can establish a substantial foundation that helps in achieving excellent careers after pursuing further education, especially a master’s degree. The HV training certificate program adequately considers and trains all HV concepts, ensuring that each participant is well equipped with applicable training for their expected job roles, including mediation for electrical corded device repair for electricians.

The HV training solutions conform to industry requirements, combining scientific and content aspects with practical application. Additional units delve into specifics on high-voltage practice, such as the nature of high-voltage engineering, safety, maintenance aspects, and troubleshooting techniques.

At the end of this course, learners will comprehend the safety practices employed during high-voltage operations, the rationale behind preventing accidents, and how to effectively work with particular equipment or tools. This course incorporates conventions, practicals, and actual working environments to equip learners with both simple and complex features of high-voltage systems.

The High Voltage (HV) training course is applicable to electrical engineers, maintenance technicians, safety officers, and anyone else trained to operate and enforce safety measures in high-voltage equipment. Participants will emerge confident and competent, conforming to safe work practices found in environments with high voltage.

Objectives:

At the end of this High Voltage (HV) training course, participants will be able to:

• Learn the essence of high-voltage engineering design.
• Study safety precautions and operational measures related to high-voltage systems.
• Acquire the ability to operate and maintain complex high-voltage equipment.
• Identify dangers posed by high-voltage systems and find ways to mitigate their effects.
• Troubleshoot issues involving high-voltage equipment.
• Understand state regulations on energy and electric industries.
• Manage electric shock incidents and other emergencies involving high voltage.
• Continuously train on the use of proper tools and appliances in high-voltage operations.
• Integrate high-voltage system design into practical applications.
• Obtain a high-voltage safety and operations certificate upon course completion.

Training Methodology:

• Interactive Lectures
• Case Studies
• Group Activities
• Simulation and Role-Play
• Safety Practices and Emergency Preparedness
• Equipment and Tools Demonstration
• Tests and Examinations
• Field Visits to Live High-Voltage Cases

Course Outline:

Unit 1: Introduction to High Voltage Systems

• Definition of high-voltage systems and their application fields.
• Understanding voltage ratings and classifications.
• Importance of safety practices in high-voltage areas.
• Introduction to main standards and regulations.
• Types of high-voltage equipment.

Unit 2: High Voltage Safety Procedures

• Risk assessment methodologies in high-voltage work.
• Personal protective equipment (PPE) requirements.
• Safe and efficient operation of high-voltage machinery.
• Emergency shutdown procedures.
• Lockout/tagout (LOTO) practices.
• Grounding and bonding techniques.

Unit 3: High Voltage System Operation

• Basics of high-voltage system functioning.
• Fundamentals of electrical insulation.
• Vacuum techniques.
• High-voltage system load management.
• Transformer maintenance and operation.
• Switchgear control and operation.

Unit 4: Maintenance and Inspection Techniques

• Periodic maintenance of installed high-voltage apparatus.
• Testing of insulation.
• Thermography inspection methods.
• Cleaning and greasing methods.
• Observational strategies during operation.

Unit 5: Troubleshooting High Voltage Systems

• Analyzing problematic trends in high-voltage systems.
• Procedures for identifying issues.
• Use of measuring devices and oscilloscopes.
• Locating defects.
• Strategies for overcoming obstacles.

Unit 6: Regulatory Compliance and Standards

• Overview of legal and regulatory safety concerns.
• Criteria for high-voltage work.
• Documentation and record-keeping requirements.
• Assessment and attestation criteria.
• Latest developments in the field.

Unit 7: Emergency Response Planning

• Developing crisis handling procedures for electric current incidents.
• Coordination with emergency services.
• Evacuation steps from danger areas.
• Medical treatment methods and support measures.
• Appropriate responses to crisis situations.

Unit 8: Specialized Tools and Equipment

• Familiarization with tools for high-voltage activities.
• Selection and use of insulating instruments.
• Equipment for testing and measurements.
• Tools for splicing and terminating high-voltage cables.
• Protective gear and coverings.

Unit 9: High Voltage System Design Principles

• Aspects of high-voltage system design.
• Calculation of permissible voltage drops.
• Equipment selection requirements.
• Design factors for reliability and safety.
• Compliance with codes and regulations.

Unit 10: Practical Application and Case Studies

• Focused practical sessions to reinforce theoretical understanding.
• Replication of high-voltage situations.
• In-depth case studies.
• Group discussions on problems and solutions.
• Evaluation of practical performance and skills through scenarios and simulations.