Learning Objectives:
Understand the fundamentals of power and energy systems.
Learn about different types of electrical measuring instruments and their applications.
Gain knowledge about batteries and their role in electrical systems.
Familiarize oneself with various electrical testing instruments and their usage.
Comprehend the concepts of electric and magnetic fields in electrical engineering.
Learn about earthing techniques and methods to measure earth resistance.
Understand the principles of generation and transmission in power systems.
Differentiate between single-phase and three-phase generation systems.
Understand the concepts of low voltage (LV) and high voltage (HV) distribution.
Gain knowledge about different types of AC and DC motors and their applications.
Knowledge Covered:
Basics of power and energy systems
Principles of electrical measurement
Types and characteristics of batteries
Testing methods for electrical equipment
Concepts of electric and magnetic fields
Earthing techniques and earth resistance measurement
Principles of generation and transmission
Single-phase and three-phase electrical systems
LV and HV distribution systems
Types and characteristics of AC and DC motors
Skills Covered:
Practical skills in using electrical measuring instruments
Testing and troubleshooting electrical equipment
Understanding and interpreting electrical diagrams and schematics
Performing basic maintenance tasks on electrical systems
Operating motor starters for single-phase and three-phase motors
Identifying and classifying different types of transformers
Conducting tests on transformers for performance evaluation
Understanding the operation and maintenance of circuit breakers
Designing and implementing switchgear systems
Operating and maintaining GIS and hybrid substations
Key Takeaways and Benefits:
This comprehensive training course provides participants with a solid foundation in electrical engineering principles and practical skills essential for professionals in the field. By covering a wide range of topics from power generation to distribution and maintenance, participants will gain valuable insights and hands-on experience that can be applied directly in their work environment. The course aims to enhance participants' understanding of electrical systems, improve their problem-solving abilities, and equip them with the necessary skills to excel in their roles. Upon completion, participants will be able to confidently handle electrical equipment, conduct tests and measurements, diagnose faults, and contribute effectively to the design, operation, and maintenance of electrical systems, thus enhancing their career prospects and adding value to their organizations.