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作者:爱博网站   |   时间:2020-03-27 09:41   |   浏览:157   

Cumminswillbetheleadingproviderofelectrifiedpowerinourcommercialandindustrialmarketsjustaswearetheleaderindieselandnaturalgaspoweredproducts.

Cumminswillprovidetheentireelectrifiedpowersolution,aswellassomeofthemostcriticalcomponentsthathavethelargestimpactonperformance,qualityandpowerofthesystemtodeliverthemostvaluetoourcustomers.OurBatteryElectricVehicle(BEV)systemlaunchesin2019forbus,andourRangeExtendedElectricVehicle(REEV)systemlaunchesin2020forbus.Additionalofferingsforvariousotherapplicationsaresoontofollow.

爱博网站|首页Cumminsisinvestingintwoprimarytypesoffuelcells,ProtonExchangeMembrane(PEM)andSolidOxideFuelCells(SOFC),aswellashydrogenproductiontechnologiesinordertoprovideaseamlessstart-to-finishsolutiontocustomers.

Cumminswillbetheleadingproviderofelectrifiedpowerinourcommercialandindustrialmarketsjustaswearetheleaderindieselandnaturalgaspoweredproducts.

Cumminswillprovidetheentireelectrifiedpowersolution,aswellassomeofthemostcriticalcomponentsthathavethelargestimpactonperformance,qualityandpowerofthesystemtodeliverthemostvaluetoourcustomers.OurBatteryElectricVehicle(BEV)systemlaunchesin2019forbus,andourRangeExtendedElectricVehicle(REEV)systemlaunchesin2020forbus.Additionalofferingsforvariousotherapplicationsaresoontofollow.

Cumminsisinvestingintwoprimarytypesoffuelcells,ProtonExchangeMembrane(PEM)andSolidOxideFuelCells(SOFC),aswellashydrogenproductiontechnologiesinordertoprovideaseamlessstart-to-finishsolutiontocustomers.

爱博网站|首页WetakealookatfivetrendsthatwillinfluencethefutureofthedatacenterindustryinourlatestEnergyIQarticle. 

Trendssharedinthisarticleareaimedtokeepyourperspectiveofthefutureofdatacentersfreshasyoucontinuetoshapethedatacenterindustry.Let’slookatthesefivetrendsthatwillinfluencethedatacenterindustrythisdecade..

Theriseofcloudstartedinthe2000sandrapidlytookoffwithintheworldofdatacentersthefollowingdecade.Meanwhile,thisdecadewillbeshapedwiththeriseofhybridcloud. 

Privateandpubliccloudsofferdifferentbenefitstotheusers.Usersofprivatecloudsenjoyhigherlevelsofsecurityandcustomizationtofulfilltheirregulatoryneedsanduniquecircumstances.Ontheotherhand,usersofpubliccloudsenjoyrelativelylowercostsandon-demandscalability.Meanwhile,hybridcloudsbringacombinationofthesebenefitswithmanageableshortcomings. 

Ahybridcloudiswhenacompanycombinestheuseofaprivatecloudformission-criticalworkloadsandapubliccloudforlesssensitiveworkloads.Companiesusinghybridcloudscanstillhavehighersecurityformission-criticalworkloadsandleveragelowercostpubliccloudsforlesssensitiveworkloads.Theykeyshortcomingofahybridcloudisthecompatibilitybetweenthepublicandprivateclouds,however,thiscouldbeeffectivelymanaged. 

Thesebenefitsmakethehybridcloudthetopcloudstrategyamongenterprises.Infact,58%ofenterprisesarepursuingit,incomparisonto51%theyearbefore.Thehybridcloudisexpectedtocontinueitsrisethroughthisdecade.

IncreaseduseofInternetofThings(IoT)devicesisoneofthekeydriversbehindtheexpandingneedforedgecomputing.Meanwhile5Gcomestoplayasoneofthetechnologiesthatenableedgecomputing. 

BusinessesfromhealthcaretomanufacturingareincreasinglyusingIoTdevices,andexpectverylowlatencyintheiroperations.Inthesecases,itisnotacceptabletoproducethedata,senditthousandsofmilesawaytobeprocessedandreceivebacktheprocesseddata.As5Gadoptionspeedsup,itwillexponentiallyincreasetheamountofdatageneratedbyIoTdevices,thusworseningthelatencyissues.Interestingly,thisisnotanissuerestrictedtobusinesses,asourhomesfeaturemoreIoTdevices,andmoreofusaredrivingautonomouscars,eachofuswillgeneratemoredataandexpectittobeprocessedwithlowlatency.Imaginehavingasmartbulbandhavingtowait5secondstoturnitonafterusingthesmartlightswitchortheapponyoursmartphone.

EdgecomputingcouldaddressthisneedforimprovedlatencybybringingthecomputationresourcesmuchclosertoendusersandtheirIoTdevices.Thisgrowthinedgecomputingwon’tnecessarilyreplacethecloud,insteadthecombinationoftheedgeandcloudwillresultinamorecapabledigitalandphysicalinfrastructure. 

ThefirstInternationalDataCenterDay,poweredby7*24ExchangeInternational,intentionallyaimedtoinspirethenextgenerationoftalentasthetalentgapfordatacenterscontinuestowiden.Beyond thesheergrowthoftheindustry,thetwotrendscoveredabovearedrivingthisexpandingtalentgap. 

Astheneedforedgecomputingincreases,newdatacentersarebeingbuiltinnewgeographiestogetclosertotheendusersandtheirIoTdevices,whileimprovingthelatency.Thiscreatestheneedfordatacentertalentincitiesandtownsthatdidn’tpreviouslyhaveanysignificantdatacenterfootprint.However,whenitcomestotheriseofhybridclouds,thesituationisalittledifferent.Operatingdatacenterssupportinghybridcloudsrequireacombinationofbothsoftwareandhardwarerelatedskills,ashybridcloudsbringbothtogether. 

Ontheotherhand,theriseofartificialintelligence(AI)willlikelyhelpdatacenteroperatorsbuildsmarterdatacenterswherecertaintasksaremanagedbyAI,easingthetalentshortagetosomeextent.

Talentshortage,whetheritistalentinnewgeographiesornewskillsexistingtalentneeds,willshapethecomingdecade.Thiswillbringopportunitiesforcloudprovidersandtheirenterprisecustomerstocollaboratemorecloselyincrosstrainingtalenttoexpandtheirskills.

Whilethepowerusageeffectiveness(PUE)ofdatacenterscontinuetoimprovefrom2.5in2007to1.67in20193,signalingincreasingefficiency,datacentersarestillconsumingalargeamountofenergy.Infact,itisestimateddatacenterscollectivelyconsumemoreenergythantheworld’sfifthlargesteconomy,theUnitedKingdom4. Meanwhile,keepinmindthe world’senergyandelectricityarestillprimarilyproducedbyfossilfuelsand38%oftheelectricityisfromcoal,oneoftheworstoffendersincarbonemissions.Betweendatacenters’highenergyconsumptionandourdependenceonfossilfuels,youmightnotbesurprisedtohearthatdatacentersgenerateabout2%oftheworld’scarbonemissions. 

Inadditiontocarbonemissions,waterusageisforecast togetmoreattentionasapartofthebroadersustainabilityumbrella.Ontheotherhand,thereissomegoodnewsfordatacenterstoo.Arangeofdevelopmentsrangingfromconvergedtechnologiestocoolingarchitecturechangesareforecast toenabledatacenterstobecomemoreenergyefficient.“Energytrendsindatacenters”bringsmoredetailsontheenergyfutureofdatacenters,includingalookatcarbonoffsetcredits.

Wehavedebatedwhetherthelistshouldstartwithsecurityorendwithit.Securitywasalwaysimportantfordatacentersandwouldbeonthislistwhetherwefocuson2000s,2010sor2020s.

Ifyougobackadecadeago,regulatoryneedskeptsecuritytopofmindfordatacenteroperators.Morerecently,financialconsequencesofsecuritybreachesbecameakeydriver,andtheregulatoryaspectbecamemoreofatablestake. 

Inthedecadeahead,twoaspectsofsecuritywilltakethecenterstage.Firstisthelife-threateningaspectofsecuritybreaches.ThinkoftheconsequencesofsecuritybreachesindatacentersthatsupporttheoperationofautonomouscarsorhealthcareIoTapplications.Secondisthesecuritychallengesintroducedbyedgedatacenters.Edgedatacenterswillbesmallerinsizeandlikelywon’thavelocalpersonnel,andtheindustrywillneedtofindsolutionstoaddresssecurityintheseunmannedsites.

Whilethereseemstobenoendtothegrowthinthedatacenterindustry,theprofileofgrowthwillchangeduringthisdecade.Whetheritisincreasingtheadoptionofhybridcloudsortheriseofedgecomputing,itwillbeanexcitingdecadeforallstakeholdersoftheindustry.Insightssharedinthisarticleareaimedtokeepyourperspectiveofthefuturefreshandcurrentasyoucontinuetoshapethedatacenterindustry.

SignupbelowforEnergyIQtoreceiveenergyfocusedinsightsinmarketsrangingfromdatacentersandhealthcarefacilitiestoschoolsandmanufacturingfacilities,andeverything beyond.TolearnmoreaboutdatacenterpowersolutionsCumminsoffers,visitourwebpage.

Growprofessionallywithenergytrendsandinsightsdeliveredtoyourinbox.ReadaboutenergytechnologiesandtrendsonourEnergyIQHub.

AytekYukselistheContentMarketingLeaderforCumminsInc.,withafocusonPowerSystemsmarkets.AytekjoinedtheCompanyin2008.Sincethen,hehasworkedinseveralmarketingrolesandnowbringsyouthelearningsfromourkeymarketsrangingfromindustrialtoresidentialmarkets.AyteklivesinMinneapolis,Minnesotawithhiswifeandtwokids.

In2017,agroupofresearchersestimatedglobaldatacenterscoulduse25%oftheworld’selectricityby20251.Thisismoreelectricitythananycountryintheworld,includingtheU.S.Youwouldbehappytohearthispredictionisnotmaterializingsofarandyoumightbewondering,‘howmuchenergyandelectricitydatacentersconsume’

Theworld’sdatacentersconsumearound200Terawatt-hours(TWh)ofenergyannually,almostallofitiselectricity2;thisisabout1%oftheworld’selectricityconsumption.Whilethisismuchlowerthanthepredictionabove,itstillmakesdatacentersaconsiderableconsumerofenergy.However,thedatacenterindustryhasmadesignificantprogresstoimprovetheirenergyefficiency.Thishasresultedindatacenterenergyconsumptiontoplateauinrecentyears.Whatisevenmoreexcitingistheindustry’sabilitytoachieveplateauingenergyconsumptionwhilesuccessfullymeetingitscustomersincreasedneedforservices. 

Nowthatthebasicsarounddatacenters’energyusagearecovered,let’smoveintothethreedatacenterenergytrendsyouwouldlikelyhearmorefrequentlyintheyearsahead.

Fromairlinestodatacenters,loweringcarbonemissionsanddecarbonizationareincreasinglygettingtractionacrossmostindustries.Intheprocessofusing200TWhofelectricity,datacenterscreateasignificantcarbonfootprint.Thisisbecausetheycommonlyrelyontheworld’scurrentpowergenerationmix,whichisstillheavilyfossilfuelbased.

Twoofthemostpopulardecarbonizationpathswithinthedatacenterindustryarethedirectuseofrenewableenergysourcesandtheuseofrenewableenergycredits(RECs).

Datacenterscommonlyrelyonthegridastheprimarysourceofelectricity.Whilerelyingonthegridisconvenient,thecontinuedexpansionofdatacenterscouldputextrastressonexistinggridinfrastructurecausinggridinstability.Insomeregions,datacentergrowthandenergydemandscouldoutpacegridinfrastructurecapabilityandinvestment.Toaddressthesechallenges,somedatacenteroperatorsmaydeployon-sitepowergeneration.

Photovoltaic(PV)arrays,naturalgasgeneratorsets,andfuelcellsarecommonsourcesofon-sitegeneratedpower.Thesesourcesarealsoknownasdistributedenergyresources(DER)andmayoperateconnectedtotheutilityorisolatedfromtheutility(knownasislandoperation)asamicrogrid.Stationaryenergystoragemayalsobeincorporatedintoamicrogridenhancingtheabilitytooperateisolatedfromtheutility.

On-sitepowergenerationallowsadatacenteroperatortousepowerfromcleanersourceswhenavailable,whilesupplementingenergyfromothersourceswhenthecleanestsourceisnotsufficient.Thisfeatureofon-sitegenerationsupportsadvancementtowardssustainabilitygoalswhilemaintainingreliablepowerservicetothedatacenter.

Datacentersoffervastopportunitiesforenergyefficiency,andtheindustryhastakenfulladvantageinrecentyears.Let’scovertwoaspectsofenergyefficiencyinadatacenter.

ItisexpectedfacilityandenergyprofessionalsleadingcomprehensiveenergyefficiencyplanscoveringITandnon-ITinfrastructurewillstayaheadoftheirpeersinenergyefficiencygains.

SignupbelowforEnergyIQtoreceiveenergyfocusedinsightsperiodically.TolearnmoreaboutthedatacenterpowersolutionsCumminsInc.offers,visitourwebpage.

Growprofessionallywithenergytrendsandinsightsdeliveredtoyourinbox.ReadaboutenergytechnologiesandtrendsonourEnergyIQHub.

AytekYukselistheContentMarketingLeaderforCumminsInc.,withafocusonPowerSystemsmarkets.AytekjoinedtheCompanyin2008.Sincethen,hehasworkedinseveralmarketingrolesandnowbringsyouthelearningsfromourkeymarketsrangingfromindustrialtoresidentialmarkets.AyteklivesinMinneapolis,Minnesotawithhiswifeandtwokids.

ForourMachineoftheMonthforMarch2020,looknofurtherthanthis CumminsQSK95-poweredtugboatdesignedbyRobertAllanLTDwiththeship-buildingexpertiseoftheTorGroup. 

Largecargoshipstraversetheoceansoftheworld,carryingrawmaterialsandfinishedgoodsbetweenports.Builtforspeedontheopenocean,thesemassiveshipscantakeuptofivemilestostop.Oncethesemammothvesselsarriveinport,theyneedhelptomaneuverintightquarters,whichiswhereship-dockingtugsgotowork.

2018sawmaritimetradeatanall-timehigh,withvolumesreaching11billiontons.Thismeantthatmorecargoshipswerecallingonportsaroundtheworld,includingTakoradiinGhana.ThisincreaseleadtheGhanaPortsandHarbourAuthoritytodeterminetheyneededanewfleetoftugboatstosafelymaneuvershipsinandoutoftheirnewandexpandedports.

Tofulfillthisneedfornewtugboats,theycalledontheworld-classdesignofRobertAllanLTD,theship-buildingexpertiseoftheTorGroup,andthereliablepowerofCummins.ThisresultedinthefirstapplicationoftheCumminsQSK95engineintugs. 

Eachofthenewtugsis32.8by12.9-meterswithadepthof5.37meters.TwoCumminsQSK95dieselmarineenginesprovidethepropulsionpower,eachdelivering3,600BHP(2,685kW)at1,700RPMforatotalof7,200BHPpervessel.TheCumminsQSK95engineseachpoweraRollsRoyceUS2555P30FPazimuththruster,whichprovidenotonlyexceptionalmaneuverabilityandspeedsupto13knotsbutalsoaminimumof80-tonbollardpull. 

“WeknowCumminsengines.Theyaredurable,economicalandstrong,andprovidegoodmaintenancesupport.We’vebeenapartnerforover30years.”

Besidespropulsion,apairofCumminsQSB7-poweredgeneratorsproducing170KvakW136kWeat1500RPM50HzprovideelectricalpowertothetugsandaQSK381595BHP(1190kW)variablespeedat1800RPMpowersadedicatedfirepumpengine. 

ThetugsunderwenttheirseatrialsandbollardpulltestsinTurkeyandarrivedinGhanaattheendofJanuary.TheyareclassedforunrestrictednavigationbyBureauVeritaswiththeFiFi1fire-fightingnotation.Tankageforfuelis180.5cubicmeters,forwater35.8m3andforlubeoil2.2m3.OtherapplicationsoftheCumminsmarineQSK95enginesincludecrewboatslikeSEACORPantherandpassengerferriesliketheKilimanjaroVII.

Cumminsisaglobalpowerleaderthatdesigns,manufactures,sellsandservicesdieselandalternativefuelenginesfrom2.8to95liters,dieselandalternative-fueledelectricalgeneratorsetsfrom2.5to3,500kW,aswellasrelatedcomponentsandtechnology.Cumminsservesitscustomersthroughitsnetworkof600company-ownedandindependentdistributorfacilitiesandmorethan7,200dealerlocationsinover190countriesandterritories.

AnexpansionattheAlAnsabwastewatertreatmentsitenearthecapitalMuscat,Omandoublesthecapacity,makingitthelargestwatertreatmentplantinMuscat,andoneofthelargestfacilitiesintheworldtousetheflat-sheet-membranebioreactorprocess,whichproduceshigh-qualityreclaimedwaterandminimizesenvironmentalfootprint.

WithCumminsglobalcapabilitiesandfootprint,andwithCumminsdistributorUniversalEngineeringServices'proventrackrecordforturnkeyprojects,a14.5MVAemergencystandbypowersolutionbasedaroundfivenewgeneratorsetscompletesthenewstandbysystem–includingthefirstinthecountrytobepoweredbytheCumminsQSK95Seriesengine.

AdamSiddersistheMarketingCommunicationsLeaderforthePowerSystemsBusinessUnitofCumminsInc.PriortojoiningCumminsin2012AdamworkedinFinancialServicesforEurope’slargestindependentlyownedinsurerastheirMarketingandCommunicationsManager.[email protected]

WhentheKrankenhausBozen(KHBZ)AntagenSocietaConsortileneededtobuildanewhospitalinBolzano,Italy,itrequiredanewpowergenerationsystemthatfitthespecificrequirementsofhospitalregulations.KHBZchoseCumminsItalytofulfillthisspecialneed. 

AsupplyoffiveCumminsPowerGenerationC2250generatorsprovideparalleloperations,whereallpowergeneratorscansynchronizeandruntogethertoguaranteefull-loadacceptancewithin10secondsmaxinasingle-stepprocedure.Thegeneratorsalsocamewitharedundantelectrical/pneumaticstartingsystemfor100%efficiency,andacompletefireandgassystemabletoprotectthegeneratorsinaspecializedcontainerincaseofanaccidentelsewhereinthehospital.

AdamSiddersistheMarketingCommunicationsLeaderforthePowerSystemsBusinessUnitofCumminsInc.PriortojoiningCumminsin2012AdamworkedinFinancialServicesforEurope’slargestindependentlyownedinsurerastheirMarketingandCommunicationsManager.[email protected]