Power Optimization and Energy Management System in Power Generation industry Course

Course Overview:

This course seeks to enhance the ability of the participants in advanced knowledge of electricity optimization in modern energy management systems.

It includes the study of power generation unit characteristics, effects of the transmission system, economic dispatch of the thermal units, and in a way serving unit commitment under energy constraints. 

Topics include, but are not limited to, modeling production cost, power and energy interchange, and optimization of power system security. 

For electrical system planners, power engineers and EMS managers, the course offers useful information for researchers and practitioners that assist in boosting reliability and efficiency in the power generation industry.

Course Objectives:

Upon the successful completion of the workshop, each participant will be able to:-

• Apply up-to-date knowledge and skills in power optimization of the energy management system in the modern power generation industry
• Enumerate the characteristics of power generation units and explain the transmission system effects
• Describe the economic dispatch of thermal units and methods of solution
• Discuss unit commitment and generation with limited energy supply

Who Should Attend?

This course is essential for all electrical system planners, power control engineers, power operator engineers, power system engineers, and EMS Managers/Engineers in the electrical industry. This course also is a valuable workshop for researchers, practicing power electrical engineers.

Course Outlines:

• Apply up-to-date knowledge and skills in power optimization of the energy management system in the modern power generation industry
• Enumerate the characteristics of power generation units and explain the transmission system effects
• Describe the economic dispatch of thermal units and methods of solution
• Discuss unit commitment and generation with limited energy supply
• Illustrate the production cost models
• Discuss the interchange of power and energy
• Employ power system security and estimation in power systems as well as identify the optimal power flow