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1、1|2023 SNIA.All Rights Reserved.Virtual ConferenceSeptember 28-29,2021Sustainability Opportunities in Cloud StorageSwapna Yasarapu,Principal PM,Microsoft AzureShruti Sethi,Sr TPM,Microsoft Azure2|2023 SNIA.All Rights Reserved.AGENDA Carbon Emissions Landscape Datacenter Industry-Carbon Goals Storage
2、 Capacity Growth&Carbon Growth Major Contributors of Storage Infrastructure Carbon Opportunities for Storage Carbon Footprint reduction 3|2021 Storage Developer Conference.Insert Company Name Here.All Rights Reserved.Carbon Emission Landscape4|2023 SNIA.All Rights Reserved.IT Communication&Tech(ICT)
3、Industrys Contribution to Carbon Emissions3.65203020352040Percentage%Sources:Science Direct:Assessing ICT global emissions footprint:Trends to 2040&recommendations4XHalf of entire Transportation sectors current Emissions Source:US Environmental Protection Agency5|2023 SNIA.All
4、Rights Reserved.Green Datacenter Market Revenue Prediction 2022 to 2030 Sources:Fortune Business Insights61.04213.3905002020202220242026202820302032Billion$Years6|2021 Storage Developer Conference.Insert Company Name Here.All Rights Reserved.Datacenter Industry Carbon Goals7|2023 SNIA.All
5、 Rights Reserved.Industry Carbon Emission Reduction Goals AWSGoogle CloudMicrosoftDellGoogle CloudHPEIBMMeta MicrosoftSchneider ElectricSeagateAWSGoogle CloudHPEIntelMeta MicrosoftPure StorageSchneider ElectricSeagateDellHPEMicrosoftSamsung20252030204020508|2023 SNIA.All Rights Reserved.Microsoft Su
6、stainability Goals 2030CARBON NEGATIVE2030:Offset or remove more carbon from the atmosphere than we emitWATER POSITIVE2030:Replenish more water than our global consumptionZERO WASTE2030:Reducing,Reusing and Recycling to drive no waste direct-to-landfill MSFT Sustainability Report 2022 2050:Remove an
7、 equivalent amount of carbon Microsoft has emitted,since we were founded in 19759|2023 SNIA.All Rights Reserved.CATEGORIES OF EMISSIONSDESCRIPTIONSUB-CATEGORY OF INTERESTScope 1 Carbon Emissions“BURN”Carbon emission due to direct combustion/burning of fuel purchased.(Direct sources of emission)Scope
8、 2 Carbon Emissions“BUY”Carbon emissions associated with purchased electricity/energy.(Indirect sources of emission)Operational Carbon(Power)Scope 3 Carbon Emissions“BEYOND”Carbon emissions due to all the other products,machinery,services,etc.that one uses or powers.Embodied Carbon*Cloud Storage Pro
9、viders PerspectiveCarbon Emission Categories10|2023 SNIA.All Rights Reserved.MSFT Sustainability Report 2022 1%28%71%Scope 1Scope 2Scope 3Carbon Emissions Microsoft-2022Detailed 2030 Sustainability Goals:Scope 1,2:Near Zero Emission Target Scope 3:Reduce by more than half from 2020 baselineLargest s
10、ection of emissionsIncludes“Embodied Carbon”as a major contributorOperational Carbon11|2021 Storage Developer Conference.Insert Company Name Here.All Rights Reserved.Storage Capacity Growth&Carbon Growth12|2023 SNIA.All Rights Reserved.5 zettabytes storage media installed base-2025Nearly 175 Zettaby
11、tes Data Created-202517%compound annual growth of installed capacity13|2023 SNIA.All Rights Reserved.Major Contributors of Storage IT Infrastructures Carbon EmissionsTotal Carbon Emissions by Storage InfrastructureSCOPE 2 Operational CarbonSCOPE 3 Embodied CarbonTransportManufacturingInstallationPow
12、er utilization by Storage IT Racks*Cloud Storage Providers Perspective14|2023 SNIA.All Rights Reserved.Total Carbon Cost of Ownership(TCCO)Total Cost of Ownership(TCO)Upfront Cost Operational Cost Embodied CarbonOperational CarbonPer unit performancePer unit performance15|2023 SNIA.All Rights Reserv
13、ed.Major Carbon Contributors of Storage IT InfrastructureHDDsSSDsMemoryProcessors/NICs/ICsChassis/EnclosureLimitations-in Comparing Carbon Reports from various devices/vendors:Lack of ready Carbon Assessment reports(via LifeCycle Assessment(LCA)LCA methodologies not industry standardizedAttempt To r
14、un a similar assessment methodology for comparison on all device categories16|2023 SNIA.All Rights Reserved.Embodied Carbon(Scope 3)ContributionMed HighHighMedHighMajor Carbon Contributors of Storage IT InfrastructureOperational Carbon(Power-Scope2)ContributionMedLowMedHigh-%of Storage Fleet Infrast
15、ructureHighMedLowLowHighHDDsSSDsMemoryProcessors/NICs/ICsChassis/Enclosure17|2021 Storage Developer Conference.Insert Company Name Here.All Rights Reserved.Storage Carbon Reduction Opportunities18|2023 SNIA.All Rights Reserved.High Embodied CarbonDesign for longer device LifespanDesign for reuse ena
16、blement(Circularity)Design for recycle enablementAbility to confidently&securely wipe stored data&reuse(Circular Economy)Enable easy recycle of components/Sub-componentsExtend lifespan for devices while delivering to key product metrics&powerOpportunities Design For Sustainability19|2023 SNIA.All Ri
17、ghts Reserved.Opportunities Design For SustainabilityEnable usage of low power states with manageable latencies for systemsMinimizing device power usage to reduce the aggregate powerCloser monitoring of power&utilization of devicesHigh Operational Carbon(Power)Design for better power telemetry on de
18、viceDesign for better low power states&idle statesDesign for efficient active power usageAdditional-Continuous Effort to use Renewable Energy for Power Usage20|2023 SNIA.All Rights Reserved.SILICADNA/MolecularLonger Term Opportunities New media with lower Carbon FootprintRecyclable media materialNo
19、power used in the Storage phase(after writing data)Less data refreshes needed as the storage media lasts longer21|2023 SNIA.All Rights Reserved.CALL TO ACTIONWith rapid growth of Cloud Storage,Design for reducing embodied carbon Design for reducing operational carbon Explore new media with lower carbon footprint22|2023 SNIA.All Rights Reserved.THANK YOU!