Isolation and Cancellation of Electrical Equipment( HV MV LV) Course
Electrical and Power Engineering
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Isolation and Cancellation of Electrical Equipment( HV MV LV) Course
Introduction:
Safe and Optimum performance of electrical power systems is the need of the hour considering the escalated and ever-increasing focus on Safety and Protection. A healthy power system consisting of generation, transmission, and distribution is necessary for uninterrupted power supply. It is necessary to ensure that the system is designed, installed, tested, commissioned, operated, and maintained using Safety Practices and adhering to Standards. This is an introductory course to understand the basic components of the electrical power system. The course is aimed at building knowledge related to Electrical Power System and Safety and their design, specifications, construction, testing, installation, commissioning, and maintenance.
Course Objectives:
By the end of the training, participants will be able to:
- The general laws of electricity
- Be aware of the dangers of electrical current
- How to prevent explosion and electric fire
- How to use safety equipment
- The basic first aid
- The electrical equipment used in HV and LV networks
- The different substation construction and transformer, switchgear, and bus bar connection (HV) Components of Electrical Systems
Who Should Attend?
Electrical and Power Engineers, Project Engineers, Maintenance Engineers, and Supervisors, and operating staff of electrical substations will find this course very useful for enhancing their knowledge related to electrical systems, components, and electrical safety.
Course Outlines:
- General laws of electricity and dangerous currents
- Electric shock, its cause, and effects
- Role of protective earthing in minimizing the shock hazards
- Equi-potential bonding
- Protective earthing conductors and installation
- Earth fault protection
- Electrical Substation and Power System
- Power distribution system
- Design principals
- Gas-insulated substations
- Bus configurations
- Principle equipment
- Transformers
- Circuit breakers
- Interrupters
- Relayed operation
- Switches
- Potential transformers
- Current transformers
- Substation auxiliary systems
- Substation Earthing Design
- Earthing practices
- Calculating the earth fault current
- Earthing grid design for HV/EHV substations - A step by- step approach
- Insulation
- Insulation protection
- Surge arresters
- Bus conductor
- Grounding
- Personal safety
- Hazardous potentials during faults
