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FutureBusinessOpportunitiesfortheGlobalImmersionCoolingMarketFutureBusinessOpportunitiesfortheGlobalImmersionCoolingMarket Datacentercoolingisacriticalaspectofthemodernbusinesslandscape,as organizationsseektomanagetheexponentialgrowthoftheirITinfrastructure whilereducingcostsandimprovingenergyefficiency.Theimmersioncoolingsystemsrepresentapromisingopportunityinthisarea,offeringinnovativeand sustainabledatacentersolutionsforcoolinghigh-densitycomputing environments. Inthisblog,wewilldelveintothekeydriversbehindthegrowthoftheglobal immersioncoolingmarketandprovideanoverviewofimmersioncooling technologiesandapplications.We’llalsodiscussthechallengesofmarket adoptiontogiveyouacomprehensiveunderstandingofthe business opportunitiesthistechnologyoffers. ImmersionCoolingMarketSize AccordingtoareportbyTechnavio,theglobalimmersioncoolingmarketis estimatedtogrowby537.5millionfrom2023to2027,withaCAGRof22.77%
duringtheforecastperiod.In2022,NorthAmericaheldthelargestglobalmarket share,andtheregionisestimatedtowitnessanincrementalgrowthof38%. GrowthDriversandChallenges Thekeydriverscontributingto marketgrowthincludetheincreaseinthenumber ofdatacentersworldwide,environmentalconcerns,advancementsincomputing technologies,andoperationalefficiency. Increaseindatacenters Datacentershavebecomeanintrinsicpartofeveryorganization.Themassive growthintheamountofdatabeingstoredandgeneratedhasledmany companiestobuildcolocationandhyperscaledatacenters.Asthedemandfor datacenterservicesgrows,theneedforeffectivecooling,betterperformance, andtheabilitytosupporttechnologyadvancementslikeedge,cloud,blockchain, andAIincreases. Carbonfootprint DatacenterenvironmentsandtheoperationofITcomponentsemitcarbon dioxide.Carbonemissionscanbedeterminedbytheamountofpowerconsumed bythesefacilities. Implementingliquidimmersioncoolingfordatacenterswillhelpreduce power consumptionandlowercarbonemissionsproduced.Thepower usage effectiveness(PUE)generatedbyliquidimmersionsystemsissignificantlylower thanaircooling.Thedirectreductioninemissionsassociatedwithcoolingenergy reductionhelpscompaniesachievebetterCDPscoresandreachsustainability goals. Operationalcost Aspowerconsumptionincreasesworldwide,datacenteroperatorslookfor alternativesolutionsthatareefficientintermsofpowerconsumptionand performance. Air-andwater-coolingsystemsarepredominantlyusedbydatacenterstoday. However,scientificdatacentershavereadilyadoptedliquidimmersioncooling,
wherethecomputingrequirementisusuallytwicethatoflargedatacenter environments. • Immersiondatacenterscanreduceoperationalcostswhileimproving performanceandequipmentlongevity. • Challenges • Thesemarkettrendscontributetotheincreasedneedforliquidimmersion coolingsystemstoreplaceairandwater-basedcoolingmethods.However,the availabilityofalternativecoolingtechnologies,initialinvestmentcosts,and marketcompetitionarethekeyfactorshinderingadoptionandgrowth. • Strategiestoovercomesomeoftheseobstaclesincludeongoingproduct developmentandinnovation,favorablegovernmentinitiatives,andpartnerships andcollaborations. • CompanieslikeTMGcore,theHomeofImmersion,collaboratewithsomeofthe biggestnamesintheindustry,including3M,Unicom,Solvay,andDell,todeliver off-the-shelfandcustomizedsolutionsthatmeettheevolvingneedsofmodern datacenters. • LiquidImmersionCoolingMethodsandApplications • Totackledemandandmaintainlowpower consumptionandPUE,manydata centersareswitchingtoimmersioncoolingasamoreefficientandeffectivedata centersolution. • Liquidimmersioncoolingworksintwoways: • Single-phaseimmersioncooling:serversorotherITcomponentsare mountedverticallyinabathofdielectricfluid. • Two-phaseliquidimmersioncooling:serversandcomponentsare • submergedinachamberthatutilizesalow-temperatureevaporation processtoturnheatedliquidintovaportocoolcomponentsanddissipate heat. • Theseimmersioncoolingmethodsoffertheabilitytosupportvariousapplications forend-users,suchashigh-performancecomputing,edgecomputing,cloud computing,AI/ML,energyefficientimmersionmining,andmore.
ImmersionCoolingBusinessOpportunities • Asthenumberofdatacentersandusagegrows,theadoptionofliquidimmersion coolingisexpectedtoreplaceconventionaltoolsandtechniquesusedforcooling.Itpresentslucrativeopportunitiesforexpansion,servicedelivery,and sustainability. • Theadoptionofliquidimmersioncoolingtechnologiesenablesorganizationsto • Reducecarbonfootprint • Reduceenergyusageandoperationalcosts • Mitigateglobalwatershortage • Increasecorecapacityandscalability • Improveperformanceandequipmentlongevity • Bygettingaholisticviewofmarketdrivers,availabletechnologies,andpotential benefitsofthisevolutionarytechnology,businessleaderscanimprovetheirdata centerstrategyandoptimizeoperationstofulfillsustainabilitygoalsandachieve acompetitiveadvantage. • TMGcore,theHomeofImmersionComputing • TMGcoreisanaward-winning US-basedproviderofhigh-performance computingandminingsolutionsandamanufacturerofcommercial-grade hardwarespecializinginliquidimmersioncoolingtechnology. • Withanemphasisonsustainability,efficiency,andinnovation,weenableour customerstobuildnext-generation high-performancecomputeinstallations that canbeusedintraditionalspacesorontheedge. • OurComputeCore,CryptoCore,EdgeBox,andOTTOplatformsandsoftware • solutionsenablehigherdensities,betterefficiencies,andlights-outoperations wherevercomputeisneeded. • Thefutureofdatacentercoolingishere. AreyouOTTOready?Getintouchwith ustodaytolearnhowwecan helpgrowandfuture-proofyourorganization.