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Certified Training Courses

Power Management Systems (PMS)

Why Attend

As the demand for efficient, reliable, and safe power systems increases across industries, Power Management Systems (PMS) have become a critical component in modern electrical infrastructure. PMS is designed to monitor, control, and optimize the generation, transmission, and distribution of power within electrical networks. This 10-day training program offers a thorough understanding of PMS principles, components, and applications, aiming to empower electrical engineers and technical managers with advanced skills in power management.

Overview

Course Outline

Schedule & Fees

Course Methodology

Instructor-led training that uses interactive learning methods, including class discussion, small group activities, and role-playing

Course Objectives

Target Audience

Electrical engineers, systems designers, plant operators, and technical managers involved in power management and distribution. Overview of PMS in electrical systems; Importance and applications in various industries; System architecture and key components

Target Competencies

n/a

Day 1:

Introduction to Power Management Systems

  • Overview of PMS in electrical systems

  • Importance and applications in various industries

  • System architecture and key components

Day 2:

Fundamentals of Electrical Power Systems

  • Basics of electrical power generation, transmission, and distribution

  • Power quality issues and their impact on PMS

  • Introduction to power flow analysis and load management

Day 3:

PMS Components and Functions

  • Core components: transformers, circuit breakers, relays, and sensors

  • Communication protocols and interfacing devices in PMS

  • Monitoring and control functions in PMS

Day 4:

PMS Design and Integration

  • System design principles for effective power management

  • Integration of PMS with existing electrical infrastructure

  • Case studies on successful PMS implementations

Day 5:

Digital Control and Automation in PMS

  • Introduction to digital control methods for PMS

  • Role of SCADA, PLC, and HMI in power management

  • Automation techniques for load shedding and peak shaving

Day 6:

Monitoring and Fault Detection

  • Real-time monitoring and performance assessment tools

  • Fault detection and diagnostic techniques in PMS

  • Case studies on handling power system faults

Day 7:

Energy Optimization and Efficiency

  • Methods for optimizing energy usage in PMS

  • Load balancing, power factor correction, and energy storage

  • Analysis of energy efficiency in various load scenarios

Day 8:

Advanced Software and Tools for PMS

  • Overview of PMS software tools and platforms

  • Simulation and modeling of power management strategies

  • Practical hands-on training with PMS software

Day 9:

System Security and Reliability

  • Ensuring reliability and safety in power systems

  • Protection mechanisms and redundancy in PMS

  • Addressing cybersecurity in modern power systems

Day 10:

Future Trends in Power Management

  • Smart grid integration and advanced PMS technologies

  • Renewable energy sources and microgrid management

  • Emerging trends in IoT and AI for PMS

$4875

Doha

Country: Quatar

Duration: Two weeks

Date: 06–17 Oct 2025

Register

$4875

Abu Dhabi

Country: UAE

Duration: Two weeks

Date: 18–29 May 2026

Register