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Grid optimization is the process of making the power grid as good as possible. But even though the grid optimization concept is simple, the practice is complex because it involves multiple variables and tradeoffs. In power grid optimization, we must find just the right balance between reliability, availability, efficiency and cost. Fortunately, the smart grid offers a number of grid optimization solutions. First, smart devices gather information, providing a more accurate and detailed understanding. Second, smart software analyzes that data and suggests grid optimization adjustments to wring maximum value from grid assets. Scroll down for grid optimization, Volt/VAR optimization and related resources.
Results: 196 results found. You are on page 1 of 14 pages.
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Smart meters may get most of the attention, but many would argue that grid optimization is how utilities and their customers are going to get the most bang for their buck. So what is grid optimization, and how do we bring it out of the smart grid closet? You'll find answers in our one-stop grid optimization toolkit, which is packed with the analysis, trends and resources you need to get up to speed.
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The city of New York has launched an exhibit displaying 300 years of its energy history, but its significance lies well beyond an interesting installation to look at. It underscores the importance of the link between a healthy energy infrastructure and a prosperous, growing economy.
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We keep hoping to see the last chapter in the convoluted Illinois smart grid story. Could this be it? Both houses of the state legislature this week overrode Gov. Pat Quinn's veto of a bill that will allow ComEd and Ameren to resume smart grid upgrades knowing that they will be compensated for their efforts.
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There has been speculation that Boulder, Colorado's possible break up with Xcel Energy to form its own municipal utility could foreshadow a trend toward more similar "secessions." We don't think that's likely, and we tell you why.
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The Energy Future Coalition and the state of Maryland have issued the first report from their Utility 2.0 project on what should be considered in the development of utilities of the future. It offers specifics on key issues, from reliability and grid modernization to customer choice and regulatory changes.
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The Energy Future Coalition was charged by Governor Martin O’Malley of Maryland, in response to a recommendation from the Governor’s Task Force on Grid Resiliency, with developing a practical method to explore the utility of the future. This document responds to that charge.
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As part of its gridSMART program, AEP Ohio is investigating the impacts of several new distribution technologies, including Volt/VAR optimization, energy storage, DR, EVs and distributed solar PV. Working with Battelle, they developed what looks to be one of the most powerful simulation tools yet.
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During Hurricane Sandy, even utilities with only partially complete smart grid implementations improved and streamlined outage management. Smart grid technology gave utilities greater visibility into affected areas with two-way communications. As this Silver Spring Networks white paper details, with real-time insight, the smart grid automated key processes, easily locating and rerouting power around trouble spots, reducing unnecessary truck rolls and saving costs.
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Hard to believe, but scientists at Clemson University and partners are growing neurons in petri dishes with the goal of using them to control the smart grid. Click for more on how they're making control systems more brain-like so they can carry out real-time control of complex systems.
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Utilities in many states are hamstrung when it comes to grid upgrades and improvements because there's no guarantee they will get paid for their work until after it is completed... that is, if it is approved. We're glad to see the Missouri legislature is considering a bill to eliminate that serious obstacle.
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The Union of Concerned Scientists has released a report that says not only is renewable energy growing rapidly, but we have the tools to make it grow even faster - with existing technologies and without significant cost.
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New transformer standards from the Department of Energy toughen up rules for transformers used in buildings but leave mandates for distribution transformers used by utilities largely unchanged. We agree with energy efficiency advocates who say the DOE called it wrong. Click to find out why.
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Oregon Senator Ron Wyden, chairman of the Senate Energy and Natural Resources Committee, recently told an audience that he is doing all he can to secure a smart electric grid for the U.S. That the senator is making smart grid a top priority sounds like very good news for the industry and for the country's energy future.
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2012 was a banner year for U.S. wind energy: The number of states providing 10% or more of total available electricity grew from five to nine. While it's great for the wind power industry and renewables initiatives, that speedy growth of intermittent power sources has and will likely continue to raise concerns over its impact on grid stability.
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A new utility spending analysis offers up a startling conclusion. It suggests customers are paying more for power and getting less reliability. How did we get to this point? Click for some thoughts on that.
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