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Distribution and substation automation improves reliability with real-time monitoring and intelligent control. Many analysts believe it is the secret to making the Smart Grid pay for itself. This section highlights the best stories, position papers, and technical information.
Results: 42 results found. You are on page 1 of 2 pages.
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With all the stimulus money (and press) focused on smart meters last year, you might think AMI is the only way to start a Smart Grid initiative. But Jesse Berst points to evidence the tide is turning and that grid applications may prove the quickest way for some utilities to demonstrate benefits. Click for his analysis. |
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Bringing more automation and intelligence to the power grid network to address a myriad of utility concerns such as how to reduce operational expenses to ways to meet new regulatory requirements is prompting the migration toward next-generation transmission and distribution substations. This paper describes Cisco’s vision and activities in the area of substation automation. |
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The Sacramento Municipal Utility District embarked on a three-year distribution automation development project designed to optimize distribution feeders to reduce losses, improve system reliability and restoration capability and test a sophisticated software that automates power factor correction and more. This presentation provides and overview of the project with a number of schematics. |
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Intelligent electric devices that allow for quick reactions to changes in a utility's distribution grid are among the features of the new distribution feeder-automation system just launched in the U.S. by Siemens. |
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One of these days the smart meter hoopla will die down and utilities will start layering distribution automation on top of their metering infrastructure. When they do they’ll discover that S&C Electric’s pioneering approach to distributed intelligence makes a great complement to centralized C&C. At least that’s Jesse Berst’s take on it. Click inside and see if you agree. |
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RuggedCom Inc. (“RuggedCom”) (TSX:RCM), a leading provider of rugged communications networking solutions designed for mission-critical applications in harsh environments, and CURRENT Group, LLC, a provider of innovative and industry-leading intelligent and optimized solutions to monitor and manage the distribution grid, announced today that they will collaborate to jointly deliver integrated smart grid infrastructure and advanced applications for distribution automation. The integrated solution will enable electric utilities to improve the reliability and efficiency of the distribution grid, speed integration of renewable and distributed energy resources, and reduce technical losses and total load of their distribution system in a timely, more secure and more cost-effective manner. |
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The security requirements of distribution automation are quite different than those at the transmission and generation levels of the power network. This paper examines some of the strategies and solutions a major utility considers to ensure the secure operation of its distribution automation system. |
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EPRESA, a Spanish power distribution company, needed a highly reliable backbone network that can be used for multiple applications including Smart Grid, smart metering, distribution automation, SCADA, video surveillance, customer Internet access and VoIP. This case study explains how the company worked with RuggedCom to achieve that. |
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This paper charts the evolution of electric utility communications requirements towards the vision of a Smart Grid: an automated two-way network for the delivery of power and broadband data, connecting together the various utility subsystems and applications down to the level of the consumer. It lays out the roles of the different communications technologies and standards within the context of the hierarchical organization of a Smart Grid communications network. |
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After three years investigating distribution automation, National Grid embarked on a pilot in mid-2007. In January 2009, the first DA was activated. As this presentation details, the pilot used 900 Mhz spread spectrum radio for peer-to-peer communications between line devices and for its back haul to the nearest substation with existing SCADA communications. |
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This video explains the Smart Grid network that employs two-way wireless communications throughout the distribution grid to provide centralized command-and-control and enable energy efficiency to consumers.
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In working with CURRENT Group beginning in September 2008, Xcel Energy has deployed a two-way centralized Volt/VAR Control solution in Boulder as part of the SmartGridCity project. With numerous charts and technical detail, this white paper provides a comprehensive look at the functionality and benefits of an more advanced, integrated, and centralized voltage and VAR control solution. |
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Smaller utilities often have no automation in their distribution systems. This white paper presents simple distribution automation schemes that are geared toward small- to mid-sized utilities seeking to improve distribution system reliability and power quality improvements. |
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A new Pike Research report indicates that global spending on Smart Grid technologies will reach $200 billion during the period from 2008 to 2015. |
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Buckeye Power, Inc. is the wholesale power supplier for the 25 electric distribution cooperatives operating in Ohio. The 25 cooperatives combined serve more than 380,000 homes and businesses in 77 of Ohio's 88 counties. To enhance system reliability, Buckeye Power wanted a system that could report outages from the more than 330 delivery points on their system. In addition, operations wanted power quality information from the delivery points as well. By combining outage data with power quality information, Buckeye could achieve better real-time monitoring of the delivery points on their system. |
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Engineering firm SAIC will soon release software able to predict grid failures days, weeks and even months before they happen. Reliability center maintenance (RCM) has been catching on in other industries, but has yet to gain traction in the electric power sector despite attempts by several startups. |
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Improved power quality is one of the promises of the Smart Grid. Technology to make that happen is getting smarter, and Erich Gunther suggests PSL's high-performance, low-cost PQube Power Quality Monitor is one to watch. Learn why PQube scored 90 out of 100 on SGN's Smart Grid Scorecard. |
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This is the story of a major northeastern U.S. utility’s efficient and cost-effective path to automating its entire distribution and service restoration system. The project ultimately involved the addition of hundreds of breaker reclosers and other devices and integrating all that equipment into the distribution system. |
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Advanced sensor technology could change the way in which the power delivery grid is operated by moving from a deterministic approach to a probabilistic approach based on sensor information. Utilities may be able to extend the life of existing power generation and delivery assets via improved knowledge of their condition. |
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A six-page guide to 20 reports NARUC considers of special value to utility commissions. Divided into Basics; Supply Resources; Technologies; End-Use Technologies; Rates; Cybersecurity; and Demonstrations. All the reports described in this bibliography are also available for immediate download on SmartGridCentral.com. |
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A 31-page presentation by a leading grid researcher to the Utah Public Utilities Commission. Explains the Smart Grid with emphasis on its contribution to climate change and carbon reductions. Also includes valuable discussion of making the business case and creating as many value streams as possible from each asset. Also delves into distribution automation topics such as Volt-VAR control (conservation voltage reduction) and real-time feeder reconfiguration. Intended for an industry audience. |
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This 11-page vendor white paper lays out the key communications requirements for the Smart Grid. It begins with an overview of the forces pushing us towards grid modernization and the components of the Smart Grid before delving into the communications piece. Despite the clear marketing purpose, this document is one of the better overviews available. Written for a business audience. |
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A lengthy and dense presentation to the Congressional R&D Caucus. Recommends grid improvements, electric transportation, renewables and energy efficiency. Contains numerous charts and statistics demonstrating the lack of investment in the grid and the increase in congestion and grid problems. Suitable for an intermediate to advanced audience. An appendix discusses the self-healing grid. |
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A four-page white paper authored by two executives from Silver Spring Networks. Outlines the importance of getting the network infrastructure right as the foundation for the Smart Grid. Discusses the basic pieces of that communications infrastructure, proposes a step-by-step program and emphasizes the importance of standards. |
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As strategic elements that contribute to the vision of the Smart Grid drive requirements for increased visibility into the status of the power delivery infrastructure and operational awareness for the optimization of the delivery and use of energy, utilities are beginning to contrast the cost of a standalone distribution automation (DA) infrastructure with that of an AMI solution coupled with a DA deployment that leverages the synergies of a common communication platform. This white paper details how the ANSI C12.22 protocol is integral to creating that common communication platform. |
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in Europe the transmitter of the power and the supplier are split now but i think the really democratisation means also that people will become independant and the question is if this already takes ...