Knowledge

Retrofitting

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to adjust, reuse, or upgrade a building to suit new conditions or requirements". Refurbishment can be done to a part of a building, an entire building, or a campus. Sustainable refurbishment takes this a step further to modify the existing building to perform better in terms of its environmental impact and its occupants' environment.
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retrofitting to be performed whenever new systems are developed. This may be as small as replacing one type of radio with another, or replacing out-dated cryptography equipment with more secure methods of communication, or as major as replacing entire guns and turrets, adding armor plate, or new propulsion systems.
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Retrofitting parts are necessary for manufacture when the design of a large assembly is changed or revised. If, after the changes have been implemented, a customer (with an old version of the product) wishes to purchase a replacement part, then retrofit parts and assembling techniques will have to be
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Star Trek Online players can purchase retrofitted ships of famous Star Trek ship classes, such as those crewed by the protagonists of the Star Trek TV series. This is done to allow players to pilot iconic ships from old series of the show, that wouldn't naturally be latest-and-greatest ships due to
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describes working on existing buildings to improve their environmental performance using sustainable methods and materials. A refurbishment or retrofit is defined as: "any work to a building over and above maintenance to change its capacity, function or performance' in other words, any intervention
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Other ships are retrofit to compensate for weaknesses perceived in their operational capabilities. This was the secondary purpose of the US Navy's New Threat Upgrade program, for instance. Major changes in doctrine or the art of warfare also necessitate changes, such as the anti-aircraft upgrades
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is the addition of new technology or features to older systems. Retrofits can happen for a number of reasons, for example with big capital expenditures like naval vessels, military equipment or manufacturing plants, businesses or governments may retrofit in order to reduce the need to replace a
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during rainstorms, and this can damage nearby water bodies. These problems can often be addressed by installing new stormwater management features on the site, a process that practitioners refer to as stormwater retrofitting. Stormwater management practices used in retrofit projects include
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Militaries of the world are often ardent adopters of the latest technology, and many technological advances have been spurred by warfare, especially in fields such as radar and radio communications. Because of this, and the significant investment that a ship hull represents, it is common for
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Retrofitting is an important process used for valves and actuators to ensure optimal operation of an industrial plant. One example is retrofitting a 3-way valve into a 2-way valve, which results in closing one of the three openings to continue using the valve for certain industrial systems.
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from the interwar period, for example, was converted from destroyers to patrol boats in 1939, as they were no longer capable enough to serve in the role of destroyer. Other times classes are retrofit because they are no longer needed in warfare, due to changes in tactics. For instance, the
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program of the US Navy saw many vessels retrofitted for improved anti-air capability. Naval vessels are often retrofit for one of three reasons: to incorporate new technology, to compensate for performance gaps or weaknesses in design, or to change the ship's
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Additionally, because of the investment a hull represents, few navies scrap front-line warships. Many times smaller ships are retrofitted for patrol, coast guard, or specialized roles when they are no longer fit for duty as part of a warfleet. The Japanese
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for Existing Buildings. Some governments offer funding towards green retrofits as existing buildings make up a majority of operational buildings and have been identified as a growing area of consideration in the
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Retrofitting can improve a machine or system's overall functionality by using advanced and updated equipment and technology—such as integrating Human Machine Interfaces into older factories.
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Principally retrofitting describes the measures taken in the manufacturing industry to allow new or updated parts to be fitted to old or outdated assemblies (like blades to wind turbines).
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In this example of retrofitting (interior view on left, exterior on right), a set of modern door-opening buttons has been retrofitted to this
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was an aircraft carrier converted from a collier (coal-carrying ship to supply coal-fired steamships with fuel) of the Jupiter-class.
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Because of the heavy use of retrofitting and refitting, fictional navies also include the concept. As an example, in the Star Trek
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Wilkinson, Sara. "Analysing sustainable retrofit potential in premium office buildings." Structural Survey 30.5 (2012): 398-410.
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Green retrofits have become increasingly prominent with their inclusion in a number of building rating systems, such as the
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Most sustainable refubrishments are also green retrofits: any refurbishment of an existing building that aims to reduce the
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Many naval vessels have undergone retrofitting and refitting, sometimes entire classes at once. For instance, the
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while also allowing the building to be more healthy during extreme weather events. Retrofitting also is part of a
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performed on many World War Two-era vessels as air power became a dominant part of naval strategy and tactics.
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their obsolescence or size, but are retrofitted to be suitable for a maximum-level player-character admiral.
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which are designed strengthening older buildings in order to make them earthquake resistant.
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system entirely. Other retrofits may be due to changing codes or requirements, such as
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is a form of retrofitting, where older vehicles are fitted with new technologies:
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used so that the revised parts will fit suitably onto the older assembly.
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and other mechanical systems, increasing the quality of insulation in the
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George Hotz is giving away the code behind his self-driving car project
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Douglas, J. (2006), Building Retrofit, Butterworth Heinemann, London.
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generation, and aiming to improve occupant comfort and health.
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or renovation projects on previously built sites, to improve
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Center for Watershed Protection. Ellicott City, MD (2007).
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Addition of new technology or features to older systems
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for Existing Buildings: Operations & Maintenance,
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can also be given retrofits to make them driverless.
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reducing building emissions and environmental impacts
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Reduced maintenance costs and increased reliability
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For other uses, see 1303:article on retrofit, retrieved on 4 June 2010 1072:Conservation and restoration of road vehicles 753: 1338: 974: 760: 746: 121: 56:Retrofitting is also an important part of 862:Optimization of existing plant components 1417:Diesel Retrofits Help Clean Regions' Air 868:of the plant for new or changed products 87: 25: 871:Increase in piece number and cycle time 1431: 1391:"Urban Stormwater Retrofit Practices." 979:The term is also used in the field of 859:while benefiting from new technologies 255:List of low-energy building techniques 1364: 1191:"Green Globes for Existing Buildings" 925: 84:emissions and environmental impacts. 66:changes anticipated by climate change 1419:– Maryland Department of Environment 1275:"Retrofit your way to Industry 4.0" 874:Guaranteed spare parts availability 850:Benefits of manufacturing retrofits 13: 14: 1470: 1399: 1425:– California Air Resources Board 830: 726: 713: 712: 190:Energy efficiency implementation 98:This section is an excerpt from 93:Building efficiency and greening 1383: 1358: 1347: 1332: 1307: 1296: 446:Ocean thermal energy conversion 1267: 1243: 1219: 1201: 1183: 1165: 1144: 1126: 1: 1339:Greg Nichols (July 5, 2017). 1119: 275:Passive solar building design 1449:Production and manufacturing 824:fight against climate change 7: 1439:Electric vehicle conversion 1083:Electric vehicle conversion 1060: 983:, particularly to describe 888:Electric vehicle conversion 881: 733:Renewable energy portal 451:Renewable energy transition 10: 1475: 885: 97: 15: 1444:Environmental engineering 1406:Diesel Retrofit in Europe 1077:Diesel particulate filter 981:environmental engineering 773:Sustainable refurbishment 295:Sustainable refurbishment 100:Sustainable refurbishment 62:climate change adaptation 58:climate change mitigation 37:, which was derived from 18:Retrofit (disambiguation) 1412:Diesel retrofit glossary 1279:www.eurekamagazine.co.uk 1195:Green Building Institute 975:Environmental management 280:Sustainable architecture 235:Glass in green buildings 225:Environmental technology 155:Compact fluorescent lamp 68:. Retrofits to increase 1209:"Financing Renovations" 601:Human-powered transport 305:Tropical green building 240:Green building and wood 1067:Automotive aftermarket 905:remote keyless systems 697:Personal rapid transit 439:Tidal stream generator 300:Thermal energy storage 220:Environmental planning 42: 35:electric multiple unit 32:British Rail Class 483 1454:Vehicle modifications 1227:"Dalwin Group | Home" 1026:Sites with extensive 1019:with a potential for 920:agricultural machines 541:Sustainable transport 486:Floating wind turbine 315:Zero heating building 230:Fossil fuel phase-out 88:In different contexts 29: 785:environmental impact 675:Personal transporter 570:Wind-powered vehicle 414:Marine current power 320:Zero-energy building 180:Efficient energy use 1251:Baelz North America 1098:Reindustrialization 1028:impervious surfaces 857:capital expenditure 362:Carbon-neutral fuel 290:Sustainable habitat 145:Building insulation 133:Energy conservation 109:Part of a series on 70:building efficiency 1319:www.controleng.com 1114:Urban retrofitting 1054:stream restoration 932:New Threat Upgrade 926:Military equipment 913:driverless systems 801:sustainable energy 377:Geothermal heating 205:Energy saving lamp 115:Sustainable energy 43: 1365:McFarland, Matt. 1161:. 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Index

Retrofit (disambiguation)

British Rail Class 483
electric multiple unit
1938 tube stock
seismic retrofit
climate change mitigation
climate change adaptation
changes anticipated by climate change
building efficiency
reducing building emissions and environmental impacts
circular economy
lifecycle
Sustainable refurbishment
Sustainable energy
A car drives past 4 wind turbines in a field, with more on the horizon
Energy conservation
Arcology
Building insulation
Cogeneration
Compact fluorescent lamp
Eco hotel
Eco-cities
Ecohouse
Ecolabel
Efficient energy use
Energy audit
Energy efficiency implementation
Energy recovery
Energy recycling

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