Critical Electrical Power Reliability

electrical power grid

November 23, 2021

Live online event hosted by The Electricity Forum.

The reliability of the electric power system is critical to North America’s economic vitality and social well-being. Today, that reliability is being challenged. As incidences of severe weather and other threats to the system increase, transmission and distribution grid infrastructure ages are put at risk of failure. To help address these challenges, Electricity Today T&D magazine has organized a four-hour live online forum that will focus on this important subject. The focus of this live online forum is the next generation of grid reliability-enhancing technologies, systems, and management approaches.

45 minutes presentation includes 10 minutes of Q&A.

9:00am - 9:45am

Hendrix Aerial Cable Systems

Aerial Spacer Cable for Industrial Applications

Watch the presentation on YouTube

Medium Voltage Aerial Spacer Cable has been used in the electric utility arena for 70 years, in applications including, but not limited to, improved reliability, storm hardening, tight construction right-of-ways, improved voltage regulation and quality of service, substation exits, multiple circuits, and environmental stewardship. Less prominent, but still highly viable, is the use of spacer cable in industrial applications.

The major industries that have taken advantage of spacer cable include mining, petrochemical (extraction, refinery and storage), pulp & paper, automotive, cement, transit, and high tech (chip makers, etc.).

Industrial applications have a great need for super high reliability, as outages can be exceedingly costly, and spacer cable provides significant benefits in this regard. This webinar will cover spacer cable basics, how they apply to the industrial side of medium voltage electrical facilities, and will draw on examples in each industry where spacer cable has been successfully applied to achieve these benefits.

 

9:45am - 10:30am

Dynamic Ratings, Inc.

Substation Condition-Based Monitoring to Increase Reliability

Watch the presentation on YouTube

With the rapid evolution in the development of online monitoring systems for substation equipment, equipment performance and condition data are more easily accessed in greater detail than at any point in the history of the electrical industry. However, simply having this data available doesn't guarantee the success of an asset management plan. The more critical factor in increasing system liability is dependent upon the analytics being applied to this data and a good understanding of the cause-and-effect relationship between the various components within the substation. In this discussion, we will observe some of the key indicators of impending transformer and breaker failure, as well as how mis operation of the power protection system can have a detrimental effect on the health of the systems transformers.

 

10:30am - 11:15am

CTC Global Corporation

How Modern Conductors are Improving Grid Reliability

Watch the presentation on Youtube

This presentation will describe how modern conductors such as ACCC are improving grid reliability and resilience using several case studies selected from over 1,000 projects in 60 countries.

 

11:15am - 12:00 pm

Transmission & Distribution Services, LLC

Leakers . . . What a Mess! Cost Effective Methods for Repairing Oil & SF6 Leaks in your Substation Transformers and Circuit Breakers

Waych the presentation on Youtube

This presentation will focus on a unique repair technique whereby SF6 gas and oil leaks in substation apparatus can be repaired in a fashion without needing to remove the SF6 or oil.  This specialized repair is done without dismantling the device as is typically done with traditional regasketing.  Some repairs can even be performed some on oil filled equipment with the device still in service carrying load.  With much shorter outages for these leak repairs than traditional repair techniques, your cost and labor requirements are much lower.  And restoring your equipment to a fully leak free and normal condition, provides stable reliability to your system and customers.

Brian Trager

B.S., M.Eng, Senior member of the IEEE

Hendrix Wire and Cable

Brian Trager is a senior member of the IEEE. He received his B.S. and M. Eng. degrees in Electric Power Engineering from Rensselaer Polytechnic Institute in New York in 1979 and 1980, respectively, and a Masters degree in Business Administration from the University of Pittsburgh in 1986. Mr. Trager has held various positions in Engineering, Consulting and Management at American Electric Power Company, Cooper Power Systems and Fisher-Pierce, as well as Hendrix Wire and Cable, where he's been for the past 26 years. He has taught Electric Power Engineering at Ohio State University, West Virginia University, and Pennsylvania State University, in addition to teaching courses to utility clients. He has authored over 50 technical papers and articles for the IEEE and other national and international organizations. He has brought to fruition numerous high-reliability power distribution projects in various sites on all seven continents over a period spanning more than 40 years.

Chris Rutledge

Applications Engineer

Dymanic Ratings Inc.

Chris joined the Dynamic Ratings team in July 2019.
Prior to his present position, he served as Substation Asset Manager and chairman of the Substation Safety Committee at Memphis, Light, Gas and Water. He has 27 years of experience in the utility industry, primarily focused on the installation, service and maintenance of both substation and distribution equipment. He has done extensive research and published multiple papers concerning the interpretation of dissolved gas analysis testing. Chris is dedicated to assisting customers in finding creative cost-effective solutions for improving safety and reliability across their entire electrical system.

Dave Bryant

Director of Technology

CTC Global Corporation

Dave Bryant is Director of Technology at CTC Global Corporation in Irvine, California. Dave was a co-inventor of the patented ACCC conductor and ancillary hardware components. His 40+ year background as a design engineer focused on the use of advanced composite materials in numerous industrial applications which helped expedite the development, testing, and commercialization of the ACCC conductor.

Rutledge

Steve Wickman

PE, Technical Consultant

Transmission & Distribution Services, LLC (TDS)

37 year career as a Power Engineer with Commonwealth Edison in the greater Chicago, IL area. BSEE from Iowa State University and MBA from Keller Graduate School of Management [DeVry University]. His 45 year engineering career has spanned work experiences in substation equipment testing and commissioning, design engineering, substation construction and operations management, as well as project management, work scheduling and work controls areas. Steve is now working as an independent consultant in the electric utility industry supporting TDS-Transmission & Distribution Services, LLC.

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