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SuperSmart Grid

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An initial project proposed in 2006 by Irish wind farm developer Airtricity (Formerly Eirtricity) and Swiss engineering firm ABB would provide a chain of undersea cable connections extending from the Baltic Sea southward to Spain and servicing areas between the endpoints. Proponents of the project
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serving 24 countries. There are studies and ongoing discussions regarding creation of a synchronous grid spanning 13 time zones that would result from unifying the UCTE grid with that of the IPS/UPS Interconnection serving Russia, Belarus and other countries of the former Soviet Union. Such mega
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electricity system. The super grid features would deliver inexpensive, high capacity, low loss transmission, interconnecting producers and consumers of electricity across vast distances. Smart grid capabilities use the local grid's transmission and distribution network to coordinate distributed
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capabilities into a comprehensive network. There are no planned locations for infrastructure or schedule explicitly for the SSG; the name is used to discuss the economic and technological feasibility of such a network and ways that it might gain political support.
161:(HVDC) cables in its first-generation implementation to integrate the European electricity market and possibly connect it to neighboring regions, such as North Africa, and their vast renewable energy resources, such as those that could be unlocked by the 182:
claimed that this western corridor could be in service as early as 2015. The first segments would provide two 5000 megawatt links connecting a new 10,000 megawatt group of wind parks in the North Sea with consumers in the UK and continental Europe.
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In 1965 the first 400 kV line was inaugurated, running for 150 miles from Sundon, Bedfordshire to West Burton in the Midlands. The two new 275 kV and 400 kV systems running in parallel with each other became known as the
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are two approaches that are often perceived as being mutually exclusive alternatives. The SSG aims at reconciling the two approaches and considers them complementary and necessary to realize a transition towards a fully
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project. The SuperSmart Grid would operate 'on top' of the local high voltage AC (HVAC) grids. Existing AC grids would still transmit electricity over shorter domestic distances, but be upgraded to smart grids.
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The concept of a "super grid" is not new- the term itself was used to describe the emerging unification of the Great Britain grid in the 60s. Europe has been unifying its grids since the 1950s and its largest
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Dr Gregor Czisch of Kassel University, has constructed and optimized a model indicating that an entirely renewable electric supply system is possible at 2008 electricity prices.
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in 2007. In the context of the SuperSmart Grid, advocates use the term "super grid" to refer to a network super imposed on top of local grid networks.
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The name "SuperSmart Grid" was invented by Antonella Battaglini and used the first time in the position paper for the energy conference in
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Study Group (7 December 2008). "Feasibility Study: Synchronous Interconnection of the IPS/UPS with the UCTE". TEN-Energy programme of the
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grids finds support among advocates of large scale utilization of alternative energy, and as well as advocates of enhanced
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The concept of a wide-area "super grid" with centralized control and the concept of small-scale, local and decentralized
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across North Africa, the Middle East and Europe and could serve as the backbone for the hypothetical supersmart grid.
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The paper was presented at the Claverton Energy conference in Bath, 24 October 2008. See paper
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systems are experiencing scaling problems as a result of network complexity,
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The SSG relies on existing technology. The SuperSmart Grid would employ
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and consumption into a cluster that appears to the super grid as a
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A. Battaglini; J. Lilliestam; C. Bals; A. Haas (18 June 2008).
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The system would unify 14: 882:United States energy independence 534:Gregor Czisch (24 October 2008). 1675: 1674: 1095: 543:2008 Claverton Energy Conference 290:David Charter (13 August 2008). 206: 192: 46:connecting Europe with northern 755:Flexible AC transmission system 580:Peter Fairley (15 March 2006). 323:Alan Shaw (29 September 2005). 668:Smartgrids Technology Platform 1: 1622:Renewable Energy Certificates 1582:Cost of electricity by source 1504:Arc-fault circuit interrupter 1380:High-voltage shore connection 821:Renewable Energy Certificates 153:Implementation practicalities 44:wide area electricity network 1637:Spark/Dark/Quark/Bark spread 1435:Transmission system operator 1395:Mains electricity by country 972:Automatic generation control 729:Nonintrusive load monitoring 1662:List of electricity sectors 1657:Electric energy consumption 1375:High-voltage direct current 1350:Electric power transmission 1340:Electric power distribution 1017:Energy return on investment 748:Other technologies/concepts 159:high voltage direct current 1732: 1577:Carbon offsets and credits 1295:Three-phase electric power 806:Carbon capture and storage 222:Wide area synchronous grid 1670: 1632:Renewable Energy Payments 1121:Fossil fuel power station 1093: 890: 826:Renewable Energy Payments 1415:Single-wire earth return 1355:Electrical busbar system 1012:Energy demand management 785:Power-line communication 582:"A Supergrid for Europe" 1546:Residual-current device 1536:Power system protection 1526:Generator interlock kit 831:Renewable energy policy 780:Phasor measurement unit 686:Pickens Plan super grid 614:SuperSmart Grid Website 261:North Sea Offshore Grid 214:Renewable energy portal 114:transmission congestion 22:A conceptual plan of a 1330:Distributed generation 1002:Electric power quality 760:HVDC bulk transmission 515:Cite journal requires 463:Cite journal requires 420:Cite journal requires 362:Cite journal requires 88:European Climate Forum 35: 1602:Fossil fuel phase-out 1370:Electricity retailing 1365:Electrical substation 1345:Electric power system 898:Electricity economics 877:Rural electrification 489:"The SuperSmart Grid" 40:SuperSmart Grid (SSG) 21: 958:Electricity delivery 701:Efficient energy use 547:University of Kassel 1567:Availability factor 1519:Sulfur hexafluoride 1400:Overhead power line 1300:Virtual power plant 1275:Induction generator 1228:Sustainable biofuel 1037:Home energy storage 1027:Grid energy storage 992:Droop speed control 448:European Commission 304:on 25 November 2008 232:European super grid 140:virtual power plant 24:European super grid 1441:Transmission tower 1052:Nameplate capacity 691:Unified Smart Grid 241:Unified Smart Grid 42:is a hypothetical 36: 1688: 1687: 1592:Environmental tax 1472:Cascading failure 1241: 1240: 1077:Utility frequency 924: 923: 709:Demand management 586:Technology Review 1723: 1678: 1677: 1587:Energy subsidies 1541:Protective relay 1482:Rolling blackout 1109: 1099: 1067:Power-flow study 1007:Electrical fault 951: 944: 937: 928: 916:Renewable energy 836:Soft energy path 649:Modernizing the 643: 636: 629: 620: 601: 600: 598: 596: 577: 571: 565: 563: 561: 555: 549:. 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metering 1559:and policies 1477:Power outage 1446:Utility pole 1410:Pumped hydro 1316:distribution 1311:Transmission 1260:Cogeneration 1062:Power factor 816:Net metering 672: 593:. 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Index


European super grid
DESERTEC
Medgrid
wide area electricity network
Africa
Middle East
IPS/UPS
CIS
super grid
smart grid
transmission
distribution
energy security
European Climate Forum
Potsdam Institute for Climate Impact Research
unified grid
synchronous grid of Continental Europe
transmission congestion
smart grid
decarbonized
grid storage
virtual power plant
Lund
high voltage direct current
DESERTEC
Medgrid
icon
Energy portal
icon

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