Modern Electrical Power Systems Training Course

Course Category : Operations and Maintenance

This course offers an advanced understanding of modern electrical power systems, with a focus on efficient generation, transmission, and distribution, as well as the integration of renewable energy, power quality improvement, and enhanced grid stability and reliability.
5 Days – Advanced Level

Introduction

Modern electrical power systems are evolving rapidly due to increasing energy demand, the transition toward sustainable generation, and the need to reduce carbon emissions. These developments have driven the adoption of smart grids, microgrids, advanced control systems, and modern technologies for improving power quality and system stability.
This course provides a comprehensive understanding of modern electrical power systems, addressing active and reactive power control, voltage and frequency regulation, harmonics, FACTS and HVDC technologies, and the role of digital substations and advanced protection systems in enhancing grid efficiency and reliability..

Targeted Audience

Electrical Power System Engineers
Electrical Design Engineers
Electrical Technicians
Professionals involved in planning, operation, and maintenance of power systems
Distribution company professionals
Power utility and energy sector engineers
Petrochemical industry professionals dealing with power systems

Targeted Skills

Analysis of modern generation, transmission, and distribution systems
Active and reactive power control
Power quality improvement techniques
Renewable energy integration
Application of FACTS and HVDC technologies
Fault diagnostics and condition monitoring
Smart and digital grid concepts

Expected Outcomes

Develop an advanced understanding of modern electrical power system structures and operation.
Analyse voltage, frequency, and reactive power control mechanisms.
Evaluate power quality issues and mitigation methods.
Understand the role of renewable energy and smart grids.
Apply advanced technologies to enhance grid stability and reliability.

Training Topics Index

Conventional and modern generation, transmission, and distribution
Active and reactive power flow
Voltage and frequency control
Power system disturbances

Increasing demand and environmental impact
Symmetrical and asymmetrical faults
Voltage stability and dips
Substation and system automation

Renewable energy sources
Demand side management
Harmonics and non-linear loads
Mitigation and filtering techniques

Digital substation concepts
FACTS applications
HVDC links
Smart monitoring and communication

Numerical protection relays
Fault current limiters
Equipment condition monitoring
Future fault diagnostic systems

Course Features

Updated and Interactive Content
Hypothetical Examples and Case Studies
Pre- and Post-assessments to Measure Impact
Verified Certificate with a QR Verification Code