How alternative materials can address industry challenges The Universal Quick Disconnects case in liquid cooling..pdf

1、How Alternative Materials Can Address Industry Challenges?The Universal Quick Disconnects Case in Liquid CoolingMathieu Houpert,Innovation&Business Dev.Manager,ParkerDavid Gyulnazaryan,Impleon Co-Founder,ImpleonHow Alternative Materials Can Address Industry Challenges?The Universal Quick Disconnects

2、 Case in Liquid CoolingEMEA DEPLOYMENTSDEPLOYMENTSChallenges for Data Centers ScalabilitySustainabilityEfficiencyFacilitates liquid-cooled server installationEases maintenanceEnsures safety with dripless disconnectionRepresents about 90 tons of equipment in a hyperscale liquid cooled DCThe Quick Dis

3、connect:A Product at the Heart of Liquid-Cooled DCLow carbon footprintOCP compliant Optimized flow rateCorrosion resistant UL94 V0 compliantEasily deployed How Advanced Materials Can Support?60%weight reduction(76g Vs.192g)55%less carbon emission 60%Less water use 70%Less Human ToxicityLow Carbon Fo

4、otprint For Better Sustainability0,000,501,001,50Stainless steel couplerPolymer couplerkg CO2 eq.Carbon equivalent comparison*ManufacturingDistributionEnd of life*Using EIME software from LCIE Bureau Veritas 0,00 25,00 50,00 75,00 100,00Climate change(kg CO2 eq.)Human toxicity,cancer(CTUh)Water use(

5、m3 eq.)Comparative product life cycle assessment*Stainless steel QDAdvanced Polymer QDPressure drop reduction up to 10%Improved tailored design Enhanced cost/performance ratioNo sacrifice on Must-havesOptimized Flow Rate for Better Efficiency00,10,20,30,40,50,6024681012p(bar)Flow rate(l/min)Polymer

6、valveUQD Min SpecTraditional valveComparative flow simulation on stud valvesImproved ScalabilityHigher production cadencyAutomate the assemblySimplify handling with reduced weightAdvanced UQD Case Study:Impact on OCP rack with 72 serversTraditional QD0,3 bar21