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Load Forecasting and System Upgrade

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Why Choose Us

The Load Forecasting and System Upgrade Training Course is designed for professionals aiming to enhance their understanding of electrical power systems and their efficient operation. This course provides an in-depth review of essential power system components, load types, and forecasting techniques, ensuring that participants can effectively manage and upgrade their systems. By focusing on core electrical equipment such as transformers, motors, switchgear, and MCCs, participants will learn to optimize their system for both performance and economic operation.

This course offers a balanced mix of theoretical and practical learning experiences. Using real-world simulations and advanced tools like ETAP, the training helps participants develop the expertise to perform load forecasting and implement system upgrades. Additionally, load shedding analysis will be covered, which is critical for managing power system reliability under varying load conditions.

The training is carefully structured to provide not only the foundational knowledge required for successful load forecasting but also the hands-on experience necessary to tackle complex system upgrades. Participants will leave with actionable skills and the confidence to manage and optimize their electrical power systems effectively.

Why Choose Load Forecasting and System Upgrade
Course Goals

What are the Goals?

By the end of this Load Forecasting and System Upgrade Training Course, participants will:

  • Understand electrical system design and specification based on core principles.
  • Apply key electrical principles from standards and codes.
  • Master the specifications and maintenance of crucial electrical equipment like MCCs and cable systems.
  • Develop competence in solving economic dispatch problems and managing real/reactive power scheduling.
  • Design and implement operational constraints for load forecasting and upgrades.
  • Execute short, medium, and long-term load forecasting strategies.

Who is this Training Course for?

This Load Forecasting and System Upgrade Training Course is designed for professionals at all levels in the electrical engineering field, particularly those involved in the design, installation, operation, and maintenance of power systems. The course is ideal for:

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

Whether you are an experienced engineer or new to the field, this course will provide valuable knowledge and hands-on skills to enhance your expertise in power system analysis and forecasting.

Learning Approach

How will this Training Course be Presented?

This Load Forecasting and System Upgrade Training Course will be delivered using a variety of effective learning techniques to ensure a well-rounded educational experience. The course will include:

  • Lectures: To introduce and explain key concepts and foundational knowledge.
  • Hands-on Workshops: Participants will work with tools like ETAP, AUTOCAD, and REVIT to apply the concepts learned in the lectures.
  • Practical Case Studies: Real-world scenarios will be analyzed and solved to give participants the opportunity to practice load forecasting and system upgrades.
  • Video Tutorials: Short video sessions will provide additional insights into complex topics and offer visual demonstrations of the systems in action.

This blend of theoretical instruction, practical workshops, case studies, and visual learning ensures participants fully grasp the subject matter and gain the skills needed for their roles.

The Course Content

Power System Components & Upgrade

  • Generation, Transmission and Distribution of Electrical Power
  • Transformer Types, lead and lag power factor
  • Motors and Generators Types
  • Switchgears and Low Voltage Panels
  • Circuit Breaker Types and Function
  • Relays Types and Function

Types of Loads and Load Estimation

  • Types of loads, Load estimation and calculations
  • Diversity factor, demand factor and distribution Factor, voltage sensitivity of loads
  • Loads distribution networks using AUTOCAD, REVIT software and ETAP software
  • All power networks load calculations
  • Low and Medium Voltage networks
  • Electrical measurements, smart meter and testing, Characteristics customers and by class, Appliance duty cycles and coincidence of load

Powers System Upgrading, Analysis & Load Forecasting

  • Coincident load behaviour, Coincident curve, expectation of non-coincident load
  • Coincidence factors and curves, Diversity factor and load management
  • Load profile and flat rate structure, Load Shed and Load duration curves analysis
  • Load sampling rate and type, signal engineering perspective on load sampling
  • Determination of the sampling method and type
  • Relationship between losses and demand
  • T&D systems are built to satisfy customers, not loads

Load Sampling Rate, Load Forecasting

  • Growth of electric load and T&D capacity requirements
  • Spatial load growth and the “s” curve characteristic
  • Evaluation criterion & forecasting accuracy
  • Short term load forecasting
  • Very short-term load forecasting
  • Medium/long term load forecasting

Load Forecasting Techniques & Procedures

  • Load forecasting techniques and combined forecasting
  • Hierarchical load forecasting
  • Outlier detection and data cleansing
  • Load settlement and demand response forecasting
  • Retail energy forecasting and frequently made mistakes
  • The art of load forecasting
Recognition

Certificate

  • • Wallstreet Development Academy Certificate of Completion for delegates who attend and complete the training course.