中国IDC产业年度大典 助力构建绿色、高效的云IDC基础设施 -1

助力构建绿色、高效的云IDC基础设施——刘喜明2助力构建绿色、高效的云IDC基础设施Outline云时代背景及诸多挑战如何实现数据中心全生命周期内客户价值最大化？北京捷通公司业务模式3助力构建绿色、高效的云IDC基础设施对于数据中心而言，云计算模式能以按需方式，通过网络，方便的访问云系统的可配置计算资源共享池(比如：网络，服务器，存储，应用程序和服务)。同时它以最少的管理开销及最少的与供应商的交互，迅速配置提供或释放资源。云计算时代的到来4助力构建绿色、高效的云IDC基础设施1）超大规模；2）虚拟化；3）高可靠性；4）通用性；5）高扩展性；6）按需服务；7）用户可以享受“云”的低成本；8）潜在的危险性。云计算特点5助力构建绿色、高效的云IDC基础设施数据中心基础设施：低成本、高能效、易维护、模块化、高度灵活、高密度数据中心从传统走向新一代6助力构建绿色、高效的云IDC基础设施对数据中心的物理基础设施的要求：•Standard•Automatic•按需而动对数据中心的IT系统的要求：•虚拟化及应用的灵活迁移供电和制冷的智能休眠按需启用7助力构建绿色、高效的云IDC基础设施1）高密度;2）低成本；3）高能效；4）易维护；5）模块化；6）高度灵活.对数据中心基础设施建设提出了更高要求8助力构建绿色、高效的云IDC基础设施我们应该打造：安全的云灵活的云美丽的云低成本高能效的云让更多的人愿意来享受云的美丽构建绿色、高效的云IDC基础设施9助力构建绿色、高效的云IDC基础设施设计咨询项目实施测试验证项目交付运营服务云IDC基础设施建设的基本流程每一个环节均应该考虑到的是：降低各环节成本；保障各环节功能；提高基础设施交付速度客户价值最大化10助力构建绿色、高效的云IDC基础设施对能耗水平的影响消极被动的主动的1%6%4%1%2%8%1%8%11%10%%10.9.8.7.6.5.4.3.2.1.11%49VariableCapacityRefrigeration&AirflowFixedCapacityCoolingVariableCapacityCoolingCoolingunitsworkasateamFloormountplussupplementalcoolingOptimizedColdAisle&ChilledWaterTemp,NoMixingofHot&ColdAir415VACprovides240Vsinglephase20%ServersVirtualized20%Blades45%offullloadwhenidleAC-DC90%DC-DC88%70W/ProcessorOptimizedDataCenterNocoordinationbetweencoolingunitsFloormountCoolingonlyHotaisle–Coldaisle208VACNovirtualizationAllRack-mountPowerConsumption:80%offullloadwhenidleAC-DC79%DC-DC85%91W/Processor(Average)InitialDataCenter15Implementcoolingbestpractices11%30%72HighDensitySupplementalCooling124Higherefficiencypowersupplies20PowerdistributionArchitecture7Bladeservers15MonitoringandOptimization8686111Saving(kW)ServerpowermanagementLowpowerprocessorServerVirtualizationStrategy1%6%4%1%2%8%1%8%11%10%%10.9.8.7.6.5.4.3.2.1.11%49VariableCapacityRefrigeration&AirflowFixedCapacityCoolingVariableCapacityCoolingCoolingunitsworkasateamFloormountplussupplementalcoolingOptimizedColdAisle&ChilledWaterTemp,NoMixingofHot&ColdAir415VACprovides240Vsinglephase20%ServersVirtualized20%Blades45%offullloadwhenidleAC-DC90%DC-DC88%70W/ProcessorOptimizedDataCenterNocoordinationbetweencoolingunitsFloormountCoolingonlyHotaisle–Coldaisle208VACNovirtualizationAllRack-mountPowerConsumption:80%offullloadwhenidleAC-DC79%DC-DC85%91W/Processor(Average)InitialDataCenter15Implementcoolingbestpractices11%30%72HighDensitySupplementalCooling124Higherefficiencypowersupplies20PowerdistributionArchitecture7Bladeservers15MonitoringandOptimization8686111Saving(kW)ServerpowermanagementLowpowerprocessorServerVirtualizationStrategy11助力构建绿色、高效的云IDC基础设施1%6%4%1%2%8%1%8%11%10%%10.9.8.7.6.5.4.3.2.1.11%49VariableCapacityRefrigeration&AirflowFixedCapacityCoolingVariableCapacityCoolingCoolingunitsworkasateamFloormountplussupplementalcoolingOptimizedColdAisle&ChilledWaterTemp,NoMixingofHot&ColdAir415VACprovides240Vsinglephase20%ServersVirtualized20%Blades45%offullloadwhenidleAC-DC90%DC-DC88%70W/ProcessorOptimizedDataCenterNocoordinationbetweencoolingunitsFloormountCoolingonlyHotaisle–Coldaisle208VACNovirtualizationAllRack-mountPowerConsumption:80%offullloadwhenidleAC-DC79%DC-DC85%91W/Processor(Average)InitialDataCenter15Implementcoolingbestpractices11%30%72HighDensitySupplementalCooling124Higherefficiencypowersupplies20PowerdistributionArchitecture7Bladeservers15MonitoringandOptimization8686111Saving(kW)ServerpowermanagementLowpowerprocessorServerVirtualizationStrategy1%6%4%1%2%8%1%8%11%10%%10.9.8.7.6.5.4.3.2.1.11%49VariableCapacityRefrigeration&AirflowFixedCapacityCoolingVariableCapacityCoolingCoolingunitsworkasateamFloormountplussupplementalcoolingOptimizedColdAisle&ChilledWaterTemp,NoMixingofHot&ColdAir415VACprovides240Vsinglephase20%ServersVirtualized20%Blades45%offullloadwhenidleAC-DC90%DC-DC88%70W/ProcessorOptimizedDataCenterNocoordinationbetweencoolingunitsFloormountCoolingonlyHotaisle–Coldaisle208VACNovirtualizationAllRack-mountPowerConsumption:80%offullloadwhenidleAC-DC79%DC-DC85%91W/Processor(Average)InitialDataCenter15Implementcoolingbestpractices11%30%72HighDensitySupplementalCooling124Higherefficiencypowersupplies20PowerdistributionArchitecture7Bladeservers15MonitoringandOptimization8686111Saving(kW)ServerpowermanagementLowpowerprocessorServerVirtualizationStrategyIT基础设施最佳运行状态数据中心基础设施TotalSaving585kW50%+InitialDataCenterLoad:1127kW绿色服务器、绿色计算，可节能约35%绿色数据中心基础设施，可节能约20%12助力构建绿色、高效的云IDC基础设施设计咨询项目实施测试验证项目交付运营服务全流程提升IDC价值，使客户价值最大化1、整体规划；2、在保障安全可靠的前提下降低建设成本；1、专业化的项目管理；2、国际化的施工工艺；3、打造优质工程；1、保障实施结果符合设计要求；2、为将来的运营管理提供风险识别因素1、完备的资料；2、专业的培训；3、尽可能缩短交付时间；1、保持设计交付时的可用性水平；2、降低风险；3、完善的应急预案。13助力构建绿色、高效的云IDC基础设施咨询设计一14助力构建绿色、高效的云IDC基础设施Mechanical20%Contingency9%GeneralContractorFee8%Architect/Engineer5%Commissioning2%Fit-UpCosts9%Instrumentation&Controls4%MechanicalCostBreakoutCoolingPlant72%RaisedFloorCooling28%ElectricalCostBreakoutGenerator45%UPS27%PowerDistribution28%Power36%UptimeInstitute在曾经对美国19个数据中心的研究中发现，数据中心的过度冷却容量差不多达到实际所需要的2倍。