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• Introduction to Distribution System Overcurrent Protection

  • Start
    3 Dec 2024
  •  
  • End
    4 Dec 2024
  •  
  • Schedule
    2 sessions
  • Location
    Live Online Course on Zoom

  Register

  
  

  Introduction to Distribution System Overcurrent Protection December 3 and 4, 2024 12:30 to 4:30 p.m. Eastern Time

  This program will be presented in two (2) “live” half-day sessions on December 3 and 4, 2024.  All sessions incorporate high-quality presentations by qualified instructors with Q&A and other opportunities for group interaction. You will receive print copies of the presentation materials in advance, allowing you to work with them before, during and after the online sessions. The scheduled online sessions will also be recorded and available for a period of thirty (30) days, enabling participants to work around any scheduling conflicts.  Participants completing this program will receive seven (7) Professional Development Hours (PDH). The registration fee for Introduction to Distribution System Overcurrent Protection is: $550 per person with a reduced group registration fee of $500 per person for any organization that registers three (3) or more people. Each participant from a participating organization is required to be a paid registrant.  No group viewing is permitted unless all participants are registered. Program Overview Utility distribution systems are exposed to a wide range of events that can cause temporary overload and fault (short circuit) currents. This short course introduces and provides an overview of the approaches and equipment used to protect distribution system components from damaging overcurrent conditions. Topics include types of short circuit currents and their determination, the role of system grounding, overload and short-circuit current limits of distribution components, characteristics and typical applications of overcurrent protective devices, and selective coordination of devices for circuit protection.

  Program Topics Causes and impacts of distribution system overcurrent conditions  Distribution protective equipment and devices (overhead and underground applications) Distribution overcurrent protection philosophy and practice Causes, types, and characteristics of short circuit currents Impacts of system grounding on short circuit current magnitudes   Time-current characteristics and the use of TCC curves Overload and short-time current withstand capabilities of distribution components Fuses, Fuse Applications, and Selective Coordination Who Should Attend This program has value for those who work at all levels of distribution design and operation and is intended for:   Engineering/operations managers  Design/operations engineers and technicians  Construction/maintenance crew supervisors and members  Consulting engineers Learning Objectives - After completing this course, participants will be able to: Describe the range of distribution system risk exposures and outcomes Describe typical types and causes of distribution system overcurrent conditions and the principles of grounding for safety Recognize the various types of distribution protective equipment  Describe the philosophy and practices of overcurrent protection Explain the types and characteristics of short circuit currents as well as the impacts of system grounding on short circuit current magnitudes   Recognize time-current characteristics (TCC) and be able to read TCC curves Explain the concept of short-time current withstand capabilities of distribution components Explain and apply basic fuse applications and principles of selective coordination

  Instructors  Lead Instructor R. John Miner, P.E., is an accomplished executive manager and educator with over 45 years of experience in the electric utility industry. He is president of Collaborative Learning, Inc., of Austin and San Antonio, Texas and has been an APPA instructor for more than 30 years and an instructor for the University of Wisconsin for 20 years. Before forming his own company, he worked for the Austin, Texas, Electric Utility Department, Rochester Public Utilities in Minnesota, and as an assistant professor for the University of Houston. John earned a Bachelor of Science degree in electrical engineering (with honors), and a Master of Science degree in engineering science, both from the University of Toledo.  John is a Senior Life Member of the IEEE and is a registered Professional Engineer in the states of Texas and Minnesota. M. Thomas Black, P.E., is an accomplished executive manager, consultant and course instructor with more than 30 years of experience in the electric and gas utility industries. In addition to working with Collaborative Learning, Tom’s experience includes employment with both municipal and investor owned utilities across multiple jurisdictions in Colorado, North Carolina, South Carolina and Florida. He teaches a variety of courses on technical topics and also has extensive executive level experience in managing electric and gas utility systems, including serving as chief energy officer and energy delivery general manager. Tom has also served on the boards of RMEL and the Colorado Association of Municipal Utilities and is a member of the Institute of Electrical and Electronics Engineers (IEEE).

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