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Utility Automation & Monitoring 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...

Substation Automation T&D

Interoperability for the Smart Grid

Standards are just the beginning BY RICK GEIGER, Cisco Systems The aging electrical infrastructure and utility industry is undergoing its greatest transition in a generation. Grid modernization is already having a significant impact on how the energy industry operates. As with the adoption of any...

Energy Storage & Grid Integration

Smart Grid Technologies and Implementation

Advances in information and communication technology (ICT) have been utilized over the year by utility industry in order to improve power quality, reliability, efficiency and security. Growing concern for environment, increasing complexity in managing convectional grid, energy sustainability and...

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...

Asset Management & Maintenance

Improving Grid Cyber Security

Addressing the impacts and the drawbacks BY ELIZAVETA MALASHENKO, CHRIS VILLARREAL, & J. DAVID ERICKSON, California Public Utilities Commission With grid modernization or “Smart Grid” efforts underway, cyber security is being recognized as an increasingly important factor in ensuring...

Distribution Automation

Home Automation T&D Automation

T&D Automation

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 may be hundreds of miles away from the point of generation. The electrical grid as we know it today was originally designed to move this power in one direction; from the large, centralized power...

T&D Automation Articles

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T&D Automation Shared Media

Catalog

Automatic Meter Reading - Handbook, Vol. 1

Catalog

Automation of T&D Systems Handbook

Catalog

T&D Automation and AMR/AMI Systems Handbook Vol. 2