Electric Power Engineering & SHEM ELECTRICAL PROTECTION AND SAFETY
Why Attend
Course Objectives
Target Audience
Course Methodology
Why Attend
- Attending a course on Electrical Protection and Safety is crucial for several reasons. Firstly, it ensures workplace safety by equipping participants with the knowledge to identify and mitigate electrical hazards effectively, reducing the risk of accidents and injuries.
- Secondly, it helps organizations stay compliant with strict electrical safety regulations, minimizing legal liabilities and financial risks. Additionally, this training enhances professional capabilities, making participants more valuable assets and competitive in the job market. Ultimately, it provides peace of mind, knowing that individuals have the skills to work safely with electrical systems and equipment.
Course Objectives
- Fundamentals of Protection Practice
- Electrical Safety
- Fault Calculations
- Equivalent Circuits and Parameters of Power System Plant
- Current and Voltage Transformers
- Relay Technology
- Signaling and Inter tripping
- Over current Protection for Phase and Earth Faults
- Unit Protection of Feeders
- Distance Protection
- Distance Protection Schemes
- Protection of Complex Transmission Circuits
- Auto Reclosing
- Busbar Protection
- Transformer and Transformer Feeder Protection
- Generator and Generator Transformer Protection
- Industrial and Commercial Power sys. Protection
- AC Motor Protection
- Protection of AC Electrified Railways
- Relay Testing and Commissioning
- Power System Measurements
- Power Quality
- Substation Control and Automation
- Distribution System Automation
Target Audience
- Electrical engineers
- Maintenance technicians
- Power system operators
- Health and safety officers
- Facility managers
- Operations personnel
Course Methodology
- Deliver lectures on electrical hazards, protection systems, and safety standards
- Conduct practical demonstrations of safe electrical practices and equipment operation
- Facilitate hands-on training with protective devices and personal protective equipment (PPE)
- Engage in interactive discussions on case studies and real-life scenarios
- Implement assessments to evaluate understanding and proficiency in electrical safety measures
- Provide opportunities for practical application through simulations and exercises.
Course Outline
Day - 1
- Understanding Electrical Hazards and Regulations**
- Introduction to Electrical Safety
- Importance of electrical safety in the workplace
- Overview of common electrical hazards
- Electrical Systems and Components
- Basics of electrical systems and equipment
- Identification of electrical hazards and risks
- Electrical Safety Regulations and Standards
- Overview of OSHA regulations and NFPA standards
- Compliance requirements and best practices
Day - 2
- Mitigating Electrical Risks and Safe Work Practices
- Hazard Identification and Risk Assessment
- Techniques for identifying and assessing electrical hazards
- Risk mitigation strategies and control measures
- Electrical Protection Devices
- Overview of protective devices and their applications
- Selection and use of protective devices for various tasks
- Safe Work Practices and Emergency Response
- Lockout/Tagout (LOTO) procedures for electrical work
- Personal Protective Equipment (PPE) and emergency response protocols
- Practical Applications and Case Studies
- Hands-on exercises and simulations to reinforce learning
- Analysis of real-world case studies and incidents