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Conductors & Materials


Disaster & Recovery


ArmorBuiltTM Wildfire Shield Proven Protection for Utility Poles

IntroductionIn November of 2018, the deadliest, most destructive wildfire in California history burned a total of 240 square miles, destroyed 18,804 structures and resulted in 85 civilian fatalities. Known as the Camp Fire, it devastated several communities including the towns of Paradise and...

Infrastructure & Technologies


Changing Utility Business Models And Electricity Investment In Europe

The traditional utility business model of selling electricity from large-scale thermal power plants and expanding grids to meet rising demand historically has supported strong balance sheets. With this financial strength, utility retained earnings served as the primary financing source for the...

Overhead Distribution


Outage Management: Restore Power in Less Time

Improving power grid reliability is a major goal of the electric power industry and can reduce economic losses, lost productivity, and customer inconvenience from power disruptions. For several utilities, Smart Grid Investment Grant (SGIG) funding accelerated the application of fault location,...

Distribution Protection


Underground Distribution Sensors

Exploring the benefits of wide-area monitoring BY TED MYERS, On-Ramp Wireless The average citizen and business experiences over 120 minutes of electricity outage duration a year. This has a significant societal impact costing 10s to hundreds of billions of dollars annually. Furthermore, the measure...

Outage Management & Restoration


Smart Meters for Outage Management

Reviewing the benefits and addressing the obstacles BY RON CLANTON & MARK HOLLIDAY, KPMG LLP The outage management process has undergone remarkable changes over the last several decades. The need to respond to power outages when they occur has been around since the first lines were run from...

Overhead T&D

ACSR and ACCC

The Overlooked Benefits of High-Performance Powerline Conductors

Background:
For over 100 years Transmission Engineers have relied on aluminum conductors strengthened by steel core wires, commonly referred to as ACSR conductors. These conductors offered reasonable performance and durability and were capable of operating at temperatures up to 93° C. Above this temperature the conductive aluminum strands would begin to anneal and lose strength. In the 1970’s a new version of this conductor was introduced that used pre-annealed aluminum and, in some cases, improved...

Overhead T&D Articles