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Smart distribution systems or grids (SDGs) will be markedly different from their legacy counterparts due to the infusion of new technologies and topologies. Better communications, computing and control schemes, distributed energy sources including microgrids and power electronic equipment are being introduced at an unprecedented pace. New topologies such as looped and network structures are being adopted to provide increased reliability and efficiencies to customers.

This four part webinar series is designed to provide comprehensive coverage on smart distribution systems engineering. The duration of each part of the webinar series is 90 minutes. Each part is designed to be independent of each other so that a potential participant can decide which ones to choose, and register for one or more parts based on their background, experience, goals and requirements. The primary objective of the series provides a strong foundation for smart distribution system designers, planners and operators for arriving at cost-effective solutions and strategies. It will enable an engineer or a practicing individual in a utility or industrial environment to design, plan and operate current and future systems. The webinars can also be taken by those who have a basic understanding of power and energy systems and need practical training in this field. The webinars will also expose and stimulate those engineers who are not familiar with smart grids. The material is designed to serve as a useful reference in day-to-day functions. It also allows gaining self-paced, in-depth knowledge with the aid of practical examples. The topics covered include the latest developments occurring in the industry.

Who Should Attend

• Smart grid system planners, operators, and designers
  
• Personnel in smart grid equipment manufacturing companies
  
• University professors and graduate students
  
• Power system software developers
  
• Electric power industry consultants

Learning Outcomes

• Construct a strong foundation on the basic concepts and equipment used or will be installed for SDGs
  
• Review and develop device models required for SDGs
  
• Review performance analysis tools and methods for SDGs
  
• Design and plan current and smart grid distribution systems
  
• Review how to automate and operate SDGs for optimal performance in real-time
  
• Review the role of inter-operability standards
  
• Identify and solve practical examples

Continuing Education Credits:

EUCI is authorized by IACET to offer up to 0.1 CEUs for this program.