Day 1:
Fundamentals of Electrical Grounding
Introduction to grounding principles and their role in electrical safety.
Overview of key grounding components (electrodes, conductors, bonding).
Analysis of common grounding mistakes and their consequences.
Review of international grounding standards (IEEE, IEC, NEC).
Day 2:
Practical Applications of Grounding Systems
Designing grounding systems for residential, commercial, and industrial applications.
Hands-on workshop: Simulating grounding scenarios using software tools.
Case study: Grounding failures in high-voltage substations.
Best practices for troubleshooting grounding issues.
Day 3:
Load Calculation Fundamentals
Understanding electrical load types and their characteristics.
Techniques for measuring and analyzing current load profiles.
Introduction to load forecasting models and their applications.
Workshop: Calculating loads for a hypothetical industrial facility.
Day 4:
Advanced Methods for Future Load Estimation
Predictive modeling for future load growth based on technological trends.
Incorporating renewable energy sources into load calculations.
Evaluating the impact of smart grid technologies on load management.
Group activity: Developing a 10-year load projection plan.
Day 5:
Compliance, Optimization, and Emerging Trends
Ensuring compliance with grounding and load regulations.
Strategies for optimizing grounding and load systems for cost-efficiency.
Exploring innovations in grounding materials and load management technologies.
Final assessment: Presenting a comprehensive grounding and load management proposal.
