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Distribution Automation


Adopting Smart Grid Standards

Utilize industry guidelines for modern and future technologies BY W. CHARLTON ADAMS JR., IEEE Standards Association (IEEE-SA), Huawei Technologies A vision is coalescing worldwide of people ubiquitously connected across smart cities, smart buildings, smart cars and, perhaps, even through sensors on...

Utility Automation & Monitoring T&D


How Distributed Generation is Changing Grid Design

Distributed generation resources takes a giant step forward BY KEN GEISLER, Siemens For the majority of its existence, the electrical grid has been powered with large, remote “centralized” generation. Centralized power plants often need to reach substations serving load centers that...

Energy Storage & Grid Integration


Asset Management & Maintenance


Coping with Extreme Weather Events

How to optimize the entire outage lifecycle BY RICK NICHOLSON, Ventyx The extreme weather just keeps coming. In 2012, there were 11 outages due to severe weather costing at least $1 billion. The year of 2013 had its share as well. More and more, the scale and variety of such major events are...

Substation Automation T&D


Future-proofing Substations with Ethernet Technologies

Nine steps to help develop a future-proof infrastructure for your substation BY TIM WALLAERT, Belden Substations with Ethernet technologies: the convergence of industrial Ethernet technologies, Smart Grid practices and the increased need for security has provided an opportunity for power...

Smart Metering T&D


Writing Smart Grid Requirements

Managing change with positive thinking to make the most of investments BY JOHN MCDONALD, IEEE Senior Member, GE Energy Management - Digital Energy The process of writing requirements for Smart Grid-related technology purchases may appear simple and straightforward. It is not. As the technology...

T&D Automation

Geomagnetic Disturbances: A Danger to the Power Grid

In 1989, the Québec grid collapsed as equipment protection relays tripped in a cascading sequence of events. Six million consumers were left without power for up to nine hours. The cause of this major outage was a geomagnetic disturbance (GMD).

Geomagnetic disturbances occur during solar storms caused by charged particles, that are ejected by the sun toward Earth. These high-energy particles, known as a coronal mass ejection, can travel to Earth in 14 to...

T&D Automation Articles