* Click on column header for sort them
Venue |
Starting Date |
Duration |
Fees |
Dubai - UAE ,
|
20240520
20 - May - 2024 |
5 - Day |
$4,950 |
Register
|
Dubai - UAE ,
|
20240923
23 - Sep - 2024 |
5 - Day |
$4,950 |
Register
|
Online - Virtual ,
|
20241023
23 - Oct - 2024 |
2 Hrs X 8 Sessions |
$2,100 |
Register
|
Dubai - UAE ,
|
20241209
09 - Dec - 2024 |
5 - Day |
$4,950 |
Register
|
COURSE OVERVIEW
Any power distribution system’s dependability is critical for avoiding power outages. The reasons for the blackouts are inadequate infrastructure investment, insufficient planning, improper incident preparation, and lack of power system voltage requirements and operational conditions analysis. Prompt and effective power system restoration is critical for minimising downtime and costs to the utility and its customers, which can quickly mount following a system blackout. As a result, understanding the factors involved in power system failure and restoration is critical to the proper operation of Modern Power Systems. Power system blackouts and their restoration are significant events that highlight the interrelation of modern society and the crucial importance of a reliable and resilient electrical infrastructure.
This Power System Restoration and Blackouts course will teach participants new practices for ensuring power quality and reliability. You will comprehend power quality issues such as blackouts and poor power quality. You will also be able to apply the methods discussed and demonstrated to ensure a consistent power supply on your power infrastructure.
LEARNING OBJECTIVES
Upon completion of the Power System Blackouts and Restoration Training Course, the participant will be able to:
- Improve the knowledge on the causes of Power Blackouts
- Recognize “Transients” and their effect on power grids
- Elaborate on “inrush” concerns and effects
- Methods used to improve power quality
- Considerations of correct applications of “Voltage stability”
- Understand how power outages can start and cascade
- Critically analyse Reactive power
- Apply procedures to ensure power continuity
- Gain knowledge in detail about Power Blackout preventative measures
- Discuss power grid protection systems
- Learn power restoration planning and techniques
- Consider a variety of planning techniques for Power Blackouts
- Understand the use of SMART technology
TARGET AUDIENCE
The Power System Blackouts and Restoration training course is suitable for a wide range of technical professionals and includes:
- Electrical Construction Engineer
- Designers
- Maintenance Supervisor Electrical
- Electrical Power Technician
- Commissioning Supervisor
- Electrically Supervisor
- Managers with power infrastructure responsibility
- Senior Managers power infrastructure responsibility
TRAINING METHODOLOGY
The latest educational methods and strategies are employed. The course is designed to give the required fundamental knowledge and provide a strong background for all attendees towards practical industrial applications. The course will be highly interactive, with opportunities to advance your opinions and ideas. Participation is encouraged in a supportive environment. To ensure the concepts introduced during the course are understood, they will be reinforced through a mix of learning methods, including lecture-style presentations, open discussion, case studies, simulations, and group work.
Pre & Post course assessments will be used to measure the effectiveness of this training.
COURSE CONTENTS
Module 1 - Understand Blackouts, Instability and Inrush
-
KeyTopics:
- Introduction to Power System Blackouts
- Blackout concerns
- Causes of Blackout
- Instability and transient issues
- Inrush/Cold inrush concerns
- Voltage control and stability
- Inductive loads and reactive power issues
Module 2 - Power Analysis, Blackout Preventative Measures and Voltage Stability
-
KeyTopics:
- Power system analysis
- Blackout preventative measures
- Blackout prevention – analysis of standards and compliance
- VAR Compensation
- Voltage stability
Module 3 - Power Restoration, Asset Concerns and Power Restoration Analysis
-
KeyTopics:
- Power restoration
- Analysis of restoration techniques
- Power system protection issues – Protection relays
- Transformer issues – cold load
- issues with power restoration
- Different approaches to power system restoration
Module 4 - Power Restoration Techniques, Local Disturbances, and Ongoing Blackout Training
-
KeyTopics:
- Recap on day 3
- Modern techniques in power restoration
- System requirements
- Decisions for restoration after a local power disturbance
- Training techniques to prepare for Blackouts
- Evaluating lessons learned from Blackout simulations, modeling and training
Module 5 - Power Restoration Techniques, Local Disturbances and Ongoing Blackout Training
-
KeyTopics:
- Restoration of power policies
- Planning for power outages in large urban and urban locations
- Deployment of power Blackout planning
- Computers, automation, and DCS control of power systems
- Local, specific, and generic power system restoration techniques
- Support tools and interactive controls
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