Load Forecasting and System Upgrade

Objectives

By the end of this Load Forecasting and System Upgrade training course, participants will be able to confidently apply essential principles for electrical system design and specification. They will develop a clear understanding of key equipment types and apply code-based requirements and engineering standards for safe and reliable power systems. Participants will also learn how to evaluate system components, interpret their specifications, and identify maintenance requirements.

The course also focuses on electrical power scheduling, including real and reactive power management for each power plant. Participants will learn to apply economic dispatch principles to solve real-world operating problems and understand operational constraints affecting load forecasting and system upgrades. Additionally, they will gain the skills needed to prepare short, medium, and long-term load forecasts for power systems planning and expansion.

Learning outcomes include:

• Develop electrical system design and specification using basic principles
• Apply key electrical standards, codes, and DEPs
• Analyze and specify critical electrical equipment
• Design and assess MCCs and cable systems including maintenance requirements
• Understand real and reactive power scheduling for power plants
• Solve economic operating dispatch challenges
• Apply operational constraints for load forecasting and system upgrade
• Prepare short/medium/long-term load forecasts

Training Methodology

This Load Forecasting and System Upgrade training course adopts a blended learning approach designed to enhance understanding and retention through varied learning methods. The course uses a balanced mix of theoretical lectures and practical sessions to ensure participants can apply concepts to real-world electrical systems. Core principles are explained through instructor-led sessions and supported by software demonstrations.

Hands-on workshops using ETAP software and practical case studies form a major part of the course, allowing participants to analyze and simulate load behavior, system performance, and upgrade strategies. Participants will also engage in practical exercises related to load sampling rates, forecasting procedures, and load shedding analysis. The course is further enriched with video case studies to reinforce learning and provide real-world context for forecasting and system upgrade practices.

Who Should Attend?

This Load Forecasting and System Upgrade training course is designed for electrical engineers working in design, installation, operation, and maintenance of power systems. It is especially beneficial for professionals who are involved in planning, analyzing, and upgrading electrical networks, and who require strong competency in load forecasting, system simulation, and equipment evaluation.

The training is suitable for those seeking to strengthen their skills in power system components, load estimation, protection systems, and maintenance practices. It also supports engineers involved in power distribution, load dispatch, and electrical system upgrades to better manage and forecast future energy demands.

This course benefits:

• Planners and Analysis Engineers
• Electrical Engineers
• Electrical Supervisors
• Load Dispatch Center Engineers and Supervisors
• Electrical Distribution Engineers
• Operation & Maintenance Engineers