Day 1:
Foundations of IEEE Standards
Overview of IEEE standards and their role in building power systems.
Key principles of IEEE C37.2 and NEC Article 250.
Introduction to grounding and bonding requirements.
Case study: Lessons learned from non-compliance incidents.
Day 2:
Safety and Risk Mitigation
Understanding arc-flash hazards and IEEE 1584 guidelines.
Techniques for calculating incident energy and selecting PPE.
Best practices for labeling and documentation.
Interactive workshop: Conducting an arc-flash risk assessment.
Day 3:
Power Quality and Reliability
Fundamentals of IEEE 1100 for powering electronic equipment.
Diagnosing common power quality issues (e.g., harmonics, voltage sags).
Strategies for improving system reliability through IEEE standards.
Group activity: Troubleshooting a simulated power quality problem.
Day 4:
Renewable Energy Integration
IEEE standards for integrating solar PV and wind energy systems.
Challenges and solutions for grid-tied and off-grid applications.
Ensuring compatibility with existing infrastructure.
Case study: Successful renewable energy integration in a commercial building.
Day 5:
Smart Buildings and Future Trends
Role of IEEE standards in supporting IoT and smart building technologies.
Cybersecurity considerations for connected power systems.
Updates on emerging IEEE standards and their implications.
Panel discussion: Preparing for the future of electric power systems.
