PDC Courses & Training Programs

  

Experienced PDC engineers are teaching several courses this year that will benefit engineers and others working in underground and overhead electric power transmission systems.
The following summarizes our course schedule for 2017. The course catalog has recently been updated, so please refresh this webpage as needed. Courses are held at the Alden Beach Resort, 5900 Gulf Boulevard, St. Pete Beach, Florida. A special rate is available to course attendees. Please contact the Alden Resort directly at 800-237-2530 and mention the PDC course.
Download PDC's 2017 Course Catalog (requires Adobe Acrobat Reader )

Detailed Map
Course TitleDate and Location

Extruded Power Cable System - Design, Installation and Operation

Extruded-dielectric cables are now in service through 500 kV worldwide, and there are extensive installations in the United States at 345 kV. We will discuss design aspects, including analytical studies, installation considerations, factory and commissioning tests, general operation considerations, utility power system effects, and maintenance practices, focusing on XLPE-insulated cables as well as EPR-insulated cables. There will be special discussions of hybrid lines, where short sections of UG cables may be the only way a utility can permit a long OH line, as well as reconductoring existing pipes with XLPE or EPR cables. Enhanced to include more analytical calculations!

October 4-6, 2017

$1675

Course Completed!

Power Cable Ratings and Soil Considerations

Underground cables generally have lower ratings than overhead lines, and the cost per ampere is much higher. Wind farms are using underground cables to collect power from distributed wind generation. From the standpoint of ratings, both over-designing and under-designing are very costly. So it is desirable to confidently rate the cables near their ultimate limit. Important issues include:

  • Ampacity audits and uprating
  • Soil dry-out - is it really an issue?
  • Shield/sheath bonding on XLPE cables
  • Fluidized Thermal Backfill™, other fills
  • Conductor size vs. additional special backfill
  • Temperature monitoring; dynamic rating
Dr. George Anders will speak on special topics, e.g.:
  • Effects of cable crossings
  • Deep cable ampacities
  • Cables in tunnels
  • Wind farms and Data Centers
  • Other special topics selected by students
And just introduced:
  • Demo of Thermal Property Analyzer (TPA)
  • Perform actual soil testing
  • Formulate FTB, concrete, thermal grout mix designs

October 10-13, 2017

$2325

Course Completed!

HPFF & HPGF Cable System - Design, Installation and Operation

This 3-day course focuses on the design, ampacity, specification, installation, uprating, maintenance practices, dielectric fluid-handling systems, and life evaluation of both high-pressure gas-filled (HPGF) cables and high-pressure fluid-filled (HPFF) cables. There are extensive slide presentations on cable manufacturing and pipe and cable installation. Topics include ampacity calculations, cathodic protection systems, pumping plant requirements, dissolved gas analysis (DGA), cable ampacity, uprating methods using fluid circulation and forced-cooling, relocation and extension of existing lines, and many other topics relevant to pipe-type cables including several presentations on state-ofthe-art trenchlesswater crossings. Enhanced to include more analytical calculations!

October 16-18, 2017

$1675

Course Completed!

Predicting & Operating with Variable Line Ratings

Overhead line thermal ratings often constrain economic power transfer and access to highly variable renewable generation. Such ratings may be static, ambient-adjusted, or dynamic (with real-time monitoring). Methods of calculating and predicting variable line ratings and making them useful to system operations, are explained with examples.

 

October 23-24, 2017

$1360

$1160 if taken with the Increasing Line Voltage course

Course Canceled

Increasing Line Voltage and Reconductoring with HTLS

The course discusses both basic and advanced techniques for increasing the maximum power flow capacity of existing overhead transmission lines. Whatever the required increase in line capacity, the course emphasizes practical uprating methods that minimize capital investment. Both traditional and novel methods of increasing the line voltage and maximum phase current of existing transmission lines are explained. In particular, the application of High-Temperature Low- Sag (HTLS) conductors is evaluated and emphasized. Both experienced line designers and beginning engineers can profit from the course.

October 25-27, 2017

$1975

Course Canceled

Live Line Maintenance: Principles and Practices

This course provides information for utilities or contractors considering implementing live line maintenance practices on overhead transmission lines up to 765 kV. The history, tools, and theory, as well as industry best practices and the economic value of live working will be covered. The procedures for calculating minimum approach distances, designing structures to be live work friendly and overvoltage controls, an in-depth review of IEEE 516-2009 as well as a review of the recent OSHA changes will be included.

November 6-8, 2017

$2325

Course Completed!

PDC COURSE REGISTRATION - You can register your position in the course on-line by filling in the attached form. Students registering on-line will receive an acknowledgment by e-mail. This form can also be used to make inquiries about future courses or to request information about a special syllabus for your particular needs. We will contact you separately about payment. Receipts for payments are available by request; specify if you want a receipt by mail, e-mail or fax.
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For additional information on courses and training available from PDC, please contact Course Information .