{"text_format":"1","workbook":"xlsx","n_sheets":7,"sheets":["Instructions","Server Efficiency","Startup Server Efficiency","Electrical System Efficiency","Qualified Product List","Case Definition","Summary"],"not_rendered":{"charts":7,"images":1,"macros":1,"external_links":0,"defined_names":23,"comments":4,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900"}

{"sheet":"Instructions","index":0,"n_rows":75,"n_cols":18,"rows_kept":75,"cut":false,"hidden":false,"merged":[[22,4,22,5],[24,4,24,5],[26,4,26,5],[28,4,28,5],[7,4,7,7],[9,4,9,7],[10,4,10,7],[18,4,18,7],[20,4,20,5],[2,4,2,7],[15,4,15,6],[58,4,58,7],[32,4,32,5],[35,4,35,7],[37,4,37,7],[39,4,39,7],[41,4,41,7],[44,4,44,7],[46,4,46,7],[48,4,48,7],[51,4,51,7],[54,4,54,7],[56,4,56,7],[30,4,30,5],[5,4,5,7]]}
[]
[]
[null,null,null,null,"Minimum Energy Performance Data Center Calculator\nLEED 2009 and LEED v4 - EA Prerequisite Minimum Energy Performance and EA Credit Optimize Energy Performance"]
[]
[null,null,null,null,"General Information"]
[null,null,null,null,"This calculator is provided to assist data center project teams in the documentation of IT Server energy and Electrical System Efficiency savings.  For all data center projects where savings is being claimed from the IT Systems or the Electrical Systems, supporting documentation must be provided to demonstrate that all strategies/technologies being claimed are being employed within the data center. This calculator may be used as supporting documentation to justify savings related to IT systems or electrical systems. The calculator creates a representative baseline for most data center topologies and IT systems.  Since this calculator will not create a representative baseline for every data center application, project teams are still welcome to create their own Baseline, but in this case the project team is responsible to provide justification for all Baseline assumptions used.  By using this calculator, project teams are not required to define their own baseline, or provide justification for the Baseline IT and electrical assumptions. \n\nSince it is well known that many data center projects do not know the exact types of IT equipment that will be used in their data center until well after the end of construction, this calculator can provide default values for many of these systems. "]
[]
[null,null,null,null,"The results from this calculator may be used in one of two ways:\n\n  "]
[]
[null,null,null,null,"1. The calculated energy savings from the IT and Electrical Systems will be calculated in kWh and can be directly claimed without needing to run another energy model. This approach is simpler, in that no additional energy models are required, but it will likely lead to a conservative estimate of savings since it does not show the HVAC savings associated with lower IT and electrical loads."]
[null,null,null,null,"2. The calculated electrical load for the Baseline IT and Electrical Systems can be used as inputs to an exceptional calculation method, where the Baseline Case model is revised to show the Baseline IT and electrical loads from this calculator. This approach requires additional energy modeling, and additional efforts to report the outputs in the LEED calculator/forms, but will lead to a more accurate estimate of savings, since it will calculate the HVAC savings associated with the lower IT and electrical loads."]
[]
[null,null,null,null,"Instructions"]
[null,null,null,null,"Step 1."]
[null,null,null,null,"Enable macros."]
[null,null,null,null,"Note: This calculator is for use with Excel for Mac 2011 and Excel 2007 or later."]
[]
[null,null,null,null,"Step 2."]
[null,null,null,null,"Enter the information relating to the Proposed Data Center topology and installed equipment capacities.  The information entered here dictates the equipment that is used in calculating the baseline equipment capacities and efficiencies. "]
[]
[null,null,null,null,"Data center topology",null,null,null,null,null,{"$f":"IF(Instructions!H21=\"Tier I\",1,IF(Instructions!H21=\"Tier II\",2,IF(Instructions!H21=\"Tier III\",3,4)))","v":4}]
[]
[null,null,null,null,"Total IT equipment load (kW)"]
[]
[null,null,null,null,"IT load influenced by project (%)"]
[]
[null,null,null,null,"Startup IT load (kW)"]
[]
[null,null,null,null,"Total installed PDU capacity (kW)"]
[]
[null,null,null,null,"Total installed UPS capacity (kW)"]
[]
[null,null,null,null,"PDU or UPS capacity influenced by project (%)"]
[]
[null,null,null,null,"Step 3."]
[null,null,null,null,"Complete the Server Efficiency tab.  The information entered into this tab focuses on three main elements, the breakdown of equipment types in the data center, the virtualization rate, and the server energy consumption.  The combination of these elements determine the equivalent number of workloads being performed by the proposed servers and this number is used to calculate the IT Baseline.\n\n\n\n\n\n"]
[]
[null,null,null,null,"IT Equipment Breakdown\nThe majority of IT equipment within a data center can be broken down into three main types of equipment, Compute, Storage, and Networking.  Within the compute category the equipment can be further classified into Servers and Mainframe/Other. This calculator assumes that only computing equipment classified as Servers can be virtualized.  The IT Equipment load for the project is taken from the Project Information tab and the project team will enter in the breakdown of IT equipment by percentage here. "]
[]
[null,null,null,null,"Server Virtualization Rate\nThe virtualization rate is comprised of three main attributes, the percentage of physical servers that host virtual servers, the consolidation ratio, and the utilization rate.   The percentage of servers using virtualization is simply defining the percentage of servers that will host virtual servers and the percentage of servers that will be traditional single application servers.  The consolidation ratio defines the average number of virtual servers that will be hosted on each physical machine.  The utilization rate is a measure of what percentage of the time the processor is active, versus sitting idle.  Based on discussions with the ad hoc committee and research into industry studies on server utilization, it was concluded that 12% is a valid utilization figure to be used as a part of the base case energy use calculation.  One of the main benefits of virtualization is to increase the overall processor utilization by taking advantage of the diversity inherent in the server usage.  As the utilization increases the servers are in effect doing more computing for less energy because the idle consumption is constant whether or not any computing is happening."]
[]
[null,null,null,null,"Server Energy Consumption\nThe energy consumption of the server is calculated based on the idle power consumption, the maximum power consumption, and the utilization rate as discussed above.  If the type of servers being used in the data center are known, the idle power and maximum power can be entered into the spreadsheet, otherwise, if the servers are Energy Star, the average power draw of the Energy Star servers can be used.  Power Management software can be an effective strategy for reducing the power consumption of servers when they are idling. If power management software is used the percentage of servers utilizing it as well as the reduction in idle power are entered here as well. The average power draw for all servers is then calculated taking all of these factors into account and is used to determine the equivalent server workloads. "]
[]
[null,null,null,null,"Step 4."]
[null,null,null,null,"Complete the Electrical Efficiency tab.   The values calculated from the Server Efficiency tab are used as the power draw for the electrical systems on the Electrical System Efficiency tab.  The first step is to indicate, using the radio button, whether or not the Proposed building's PDUs utilize static transfer switches.  Next, using the checkboxes, select all of the types of equipment that are being used in the calculation of the Proposed building's electrical infrastructure efficiency.  These steps ensure that the Baseline electrical infrastructure is calculated using similar equipment to the Proposed. After this is done the energy consumption due to the Baseline electrical system infrastructure will be calculated.\n"]
[]
[null,null,null,null,"To determine the electrical consumption of the Proposed Building select the type of UPS and the size range.  This will calculate the amount of electrical loss expected under various IT loadings based upon USGBC efficiency data and the size of the UPSs and PDUs in the project.  If the efficiency of the total electrical system (including all components checked for the Baseline calculation) is known for 25%, 50%, 75%, and 100% IT loadings then these efficiency values may be manually entered into the Minimum Energy Performance Calculator instead of using default values."]
[]
[null,null,null,null,"The Electrical System Efficiency tab also calculates the anticipated losses associated with the electrical system at the Startup loading condition for both the Proposed and Baseline IT loads.  Since most electrical equipment operates less efficiently under partial loading conditions, these values can be used in the energy model to help determine the data center PUE at start up as compared with the PUE under full IT loading."]
[]
[null,null,null,null,"Step 5."]
[null,null,null,null,"After entering all relevant project information into the Server Efficiency and Electrical System Efficiency tabs, the calculated values will be collected on the Summary tab. The data on this tab is presented in two tables, one showing annual energy consumption (in kWh), and one showing energy model load demand values (in kW). "]
[]
[null,null,null,null,"Step 6."]
[null,null,null,null,"Once the calculator is complete, the two final steps are documenting the energy savings associated with the IT and Electrical systems and determining the PUE for Startup and full build out.  \n"]
[]
[null,null,null,null,"Energy Savings Documentation\nAs noted above, the documentation of energy savings associated with the IT and Electrical systems can either use the simplified, conservative approach or take the additional step of performing an additional ASHRAE Baseline energy model utilizing the calculated values from this tool.  \n\nIf the project is using the simplified approach, simply use the information on the Summary tab to complete the Minimum Energy Performance Calculator.  \n\nFor projects looking to claim the HVAC savings associated with the reduction in IT and electrical loads, create an additional ASHRAE Baseline model with the only difference being the electrical loads assigned to the appropriate IT server rooms and electrical support spaces.  Enter the results of this simulation into the Minimum Energy Performance Calculator and provide any relevant input and output reports as would be done for the standard ASHRAE Baseline model in the LEED credit form.  \n"]
[]
[null,null,null,null,"PUE Calculations for Startup and Full Build Out\nIn order to calculate the Startup PUE an additional energy model must be created.  This model should be identical to the Proposed case energy model including all HVAC equipment at designed capacities and efficiencies.  The only difference between the Startup model and the Proposed model is the electrical load associated with the IT server rooms and electrical support spaces.  These values are located on the Summary tab and should be input into the appropriate spaces.  Enter the results of this simulation into the Minimum Energy Performance Calculator and provide any relevant input and output reports as would be done for the standard Proposed case model in the LEED credit form.\n\nBased on the information provided in the Proposed case energy model, the Minimum Energy Performance Calculator will automatically calculate the PUE for the full build out.\n"]
[]
[null,null,null,null,null,null,null,null,null,null,"UPS Type"]
[null,null,null,null,null,null,null,null,null,null,"Double Conversion (VFI-S)"]
[null,null,null,null,null,null,null,null,null,null,"Line Interactive (VI-S)"]
[null,null,null,null,null,null,null,null,null,null,"Standby (VFD)"]
[null,null,null,null,null,null,null,null,null,null,"UPS Size",null,null,null,null,null,null,"  "]
[null,null,null,null,null,null,null,null,null,null,"10<20kVA"," "]
[null,null,null,null,null,null,null,null,null,null,"20<40kVA",null,null,null,null,null,null," "]
[null,null,null,null,null,null,null,null,null,null,"40<200kVA"]
[null,null,null,null,null,null,null,null,null,null,"200kVA and up"]
[]
[null,null,null,null,null,null,null,null,null,null,"Topology"]
[null,null,null,null,null,null,null,null,null,null,"Tier I"]
[null,null,null,null,null,null,null,null,null,null,"Tier II"]
[null,null,null,null,null,null,null,null,null,null,"Tier III"]
[null,null,null,null,null,null,null,null,null,null,"Tier IV"]

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[]
[null,"IT (Server) Equipment Efficiency"]
[]
[]
[null,"Proposed IT (Server) Energy Usage",null,null,null,null,null,null,null,null,null,null,"Baseline IT Energy Usage",null,null,null,null,"Summary"]
[]
[null,"Proposed IT",null,null,null,"Proposed IT influenced by project",null,null,null,"Outside project scope",null,null,"Average server utilization (%)",null,0.12,null,null,"Baseline IT energy consumption (kWh)",{"$f":"IFERROR(O23+(D9-H15-J15)*8760, 0)","v":0},null,null,null,"Utilization",0.12,{"$f":"Z7-(($AF$7-$X$7)/8)","v":0.16750000000000009},0.21500000000000008,0.26250000000000007,0.31000000000000005,0.35750000000000004,0.40500000000000003,0.45250000000000001,0.5]
[]
[null,"Total IT equipment (kW)",null,{"$f":"Instructions!$H$23","v":0},null,"Influenced by project (kW)",null,{"$f":"Instructions!$H$23*Instructions!$H$25","v":0},null,null,null,null,"Baseline server virtualization (%)",null,0.2,null,null,"Proposed IT energy consumption (kWh)",{"$f":"IFERROR(O25+(D9-H15-J15)*8760, 0)","v":0},null,null,null,"Workloads",1,{"$f":"Z9-(($AF$9-1)/8)","v":0.875},{"$f":"AA9-(($AF$9-$X$9)/8)","v":0.75},0.625,0.5,0.375,0.25,0.125,{"$f":"'Server Efficiency'!H27","v":0}]
[]
[null,"Total compute (%)",null,null,null,"Total compute (kW)",null,{"$f":"D11*H9","v":0},null,{"$f":"IFERROR($D$9*(1-$H$9/$D$9)*D11,0)","v":0},null,null,"Equivalent number of servers based on proposed conditions",null,{"$f":"IFERROR(TRUNC((IF(J33,H50,IF(J41,H72,H61)))/(10*O9+(1-O9))), \"\")","v":0},null,null,"Average annual IT energy savings (%)",{"$f":"IFERROR(IF(S9>0,((S7-S9)/S7),0), \"\")","v":0},null,null,null,"Machines",{"$f":"AF9","v":0},{"$f":"AE9","v":0.125},{"$f":"AD9","v":0.25},{"$f":"AC9","v":0.375},{"$f":"AB9","v":0.5},{"$f":"AA9","v":0.625},{"$f":"Z9","v":0.75},{"$f":"Y9","v":0.875},{"$f":"X9","v":1}]
[]
[null,"Mainframe/other (%)",null,null,null,"Mainframe/other (kW)",null,{"$f":"D13*H11","v":0},null,{"$f":"D13*$J$11","v":0},null,null,"EPA Qualified Product List for Servers",null,null,null,null,null,null,null,null,null,"Reduction in Machines",{"$f":"IFERROR(1-X11/$X$11,0)","v":0},0,0,0,0,0,0,0,0]
[]
[null,"Servers (%)",null,null,null,"Servers (kW)",null,{"$f":"D15*H11","v":0},null,{"$f":"D15*$J$11","v":0},null,null,"Average maximum power (watts)",null,{"$f":"'Qualified Product List'!$AP$140","v":210.21526717557251}]
[]
[null,"Compute (%)",null,{"$f":"D13+D15","v":0},null,"Compute (kW)",null,{"$f":"H13+H15","v":0},null,{"$f":"J15+J13","v":0},null,null,"Average idle power (watts)",null,{"$f":"'Qualified Product List'!$AO$140","v":115.20610687022901},null,null,null,null,null,null,null,"Assumptions made in this analysis:"]
[]
[null,"Storage (%)",null,null,null,"Storage (kW)",null,{"$f":"D19*H9","v":0},null,{"$f":"IFERROR($D$9*(1-$H$9/$D$9)*D19,0)","v":0},null,null,"Average server power at baseline conditions (watts)",null,{"$f":"((1-O9)*(O17+(O15-O17)*O7))+(O9*(O17+(O15-O17)*0.5))","v":133.82790229007634},null,null,null,null,null,null,null,"1. The average server utilization is 12% . This value was established from informal data from users, the Ad Hoc IT committee and research on industry practices.\n2. It is assumed that a server's average utilization will never be below 12% for these calculations.\n3. All non-virtualized server will have 12% average utilization.\n4. A server cannot exceed 50% utilization.\n5. The baseline virtualization rate is assumed to be 20% at a consolidation rate of 10:1 with 50% virtualized server utilization.\n6. If the server utilization is increased without reducing the number of physical servers, the overall energy consumption will increase.\n7. Reducing physical servers without increasing utilization will NOT result in energy savings.\n8. It is assumed that all servers in the startup IT load (up to the percentage influenced by the project) have the virtualization, and power management characteristics as input on this sheet."]
[]
[null,"Network (%)",null,null,null,"Network (kW)",null,{"$f":"D21*H9","v":0},null,{"$f":"IFERROR($D$9*(1-$H$9/$D$9)*D21,0)","v":0},null,null,"Equivalent server load (kW)",null,{"$f":"IFERROR(ROUNDUP(O11*O19/1000,0), \"\")","v":0}]
[]
[null,"Percentage of servers using virtualization (%)",null,null,null,null,null,null,null,0.2,null,null,"Baseline server energy consumption (kWh)",null,{"$f":"IFERROR((ROUND(O19*O11/1000,0))*8760, \"\")","v":0}]
[]
[null,"Virtualized average server utilization (%)",null,null,null,null,null,null,null,0.5,null,null,"Proposed server energy consumption (kWh)",null,{"$f":"IF(J33,(ROUND((H47*H48+J47*J48)/1000,0))*8760,IF(J41,(ROUND((H69*H70+J69*J70)/1000,0))*8760,(ROUND((H58*H59+J58*J59)/1000,0))*8760))","v":0}]
[]
[null,"Consolidation ratio (x:1)",null,null,null,null,null,null,null,10]
[]
[null,"Power management reduction (%)"]
[]
[null,"Amount of servers using power management (%)"]
[null,"Select all that apply:"]
[null,"Number of proposed servers known",null,null,null,null,null,null,null,false]
[null,"By entering the proposed number of servers, the average power utilization per server is calculated by dividing the server kW by the number of servers.  This option should take into account the average server power including any power management options deployed."]
[]
[]
[null,"Enable power management functionality",null,null,null,null,null,null,null,false]
[null,"Allow for a software controlled reduction in idle power of servers based on the parameters above.  Supporting documentation showing the characteristics of the power management plan must be provided."]
[]
[]
[null,"Use default EPA average server powers",null,null,null,null,null,null,null,false]
[null,"The average maximum power and average idle power are calculated based on all ENERGY STAR-qualified servers."]
[]
[]
[]
[null,"Number of Proposed Servers Known"]
[null,"Average power at utilization (watts) (Pn = Pidle + (Pmax – Pidle) / 100 * n)",null,null,null,null,null,{"$f":"IFERROR($H$15*1000/H48,0)","v":0},null,{"$f":"($J$23)*J52+(1-$J$23)*J53","v":133.82790229007634}]
[null,"Number of proposed servers",null,null,null,null,null,null,null,{"$f":"TRUNC($J$15*1000/J47)","v":0}]
[null,"Equivalent workloads",null,null,null,null,null,{"$f":"IFERROR(FLOOR(((cR*$H$23)+(1-($H$23)))*H48,1),0)","v":0},null,{"$f":"FLOOR((10*$J$23*J48)+(1-($J$23))*J48,1)","v":0}]
[null,"Total equivalent workloads for project",null,null,null,null,null,{"$f":"IFERROR(H49+J49, 0)","v":0}]
[]
[null,"Average Power Draw ","Virtualized servers (watts)",null,null,null,null,null,null,{"$f":"'Qualified Product List'!$AO$140+('Qualified Product List'!$AP$140-'Qualified Product List'!$AO$140)*$J$25","v":162.71068702290074}]
[null,null,"Non-virtualized servers (watts)",null,null,null,null,null,null,{"$f":"'Qualified Product List'!$AO$140+('Qualified Product List'!$AP$140-'Qualified Product List'!$AO$140)*$O$7","v":126.60720610687022}]
[]
[null,{"$f":"IF(J37,\"As-Designed Server Powers with Power Management Utilized\", \"As-Designed Average Server Powers\")","v":"As-Designed Average Server Powers"}]
[null,"Average maximum power (watts)",null,null,null,null,null,null,null,{"$f":"'Qualified Product List'!$AP$140","v":210.21526717557251}]
[null,"Average idle power (watts)",null,null,null,null,null,null,null,{"$f":"'Qualified Product List'!$AO$140","v":115.20610687022901}]
[null,"Average power at utilization (watts) (Pn = Pidle + (Pmax – Pidle) / 100 * n)",null,null,null,null,null,{"$f":"IFERROR(($H$23)*H63+((1-$H$23))*H64,0)","v":0},null,{"$f":"($J$23)*J63+(1-$J$23)*J64","v":133.82790229007634}]
[null,"Estimated number of proposed servers",null,null,null,null,null,{"$f":"IFERROR(TRUNC($H$15*1000/H58),0)","v":0},null,{"$f":"TRUNC($J$15*1000/J58)","v":0}]
[null,"Equivalent workloads ",null,null,null,null,null,{"$f":"IFERROR(FLOOR((cR*$H$23*H59)+(1-($H$23))*H59,1),0)","v":0},null,{"$f":"FLOOR((10*$J$23*J59)+(1-($J$23))*J59,1)","v":0}]
[null,"Total equivalent workloads for project",null,null,null,null,null,{"$f":"IFERROR(H60+J60, 0)","v":0}]
[]
[null,"Average Power Draw ","Virtualized servers (watts)",null,null,null,null,{"$f":"IF(J37,($H$31)*(H57*((1-$H$29))+(H56-H57*((1-$H$29)))*$H$25)+((1-$H$31))*(H57+(H56-H57)*$H$25),H57+(H56-H57)*$H$25)","v":0},null,{"$f":"J57+(J56-J57)*$J$25","v":162.71068702290074}]
[null,null,"Non-virtualized servers (watts)",null,null,null,null,{"$f":"IF(J37,($H$31)*(H57*((1-$H$29))+(H56-H57*((1-$H$29)))*$O$7)+((1-$H$31))*(H57+(H56-H57)*$O$7),H57+(H56-H57)*$O$7)","v":0},null,{"$f":"J57+(J56-J57)*$O$7","v":126.60720610687022}]
[]
[null,{"$f":"IF(J37,\"Default EPA Average Server Powers with Power Management Utilized\", \"Default EPA Average Server Powers\")","v":"Default EPA Average Server Powers"}]
[null,"Average maximum power (watts)",null,null,null,null,null,{"$f":"'Qualified Product List'!$AP$140","v":210.21526717557251},null,{"$f":"'Qualified Product List'!$AP$140","v":210.21526717557251}]
[null,"Average idle power (watts)",null,null,null,null,null,{"$f":"IF(J37,(($H$31)*((1-$H$29))*'Qualified Product List'!$AO$140)+(((1-$H$31))*'Qualified Product List'!$AO$140),'Qualified Product List'!$AO$140)","v":115.20610687022901},null,{"$f":"'Qualified Product List'!$AO$140","v":115.20610687022901}]
[null,"Average power at utilization (watts) (Pn = Pidle + (Pmax – Pidle) / 100 * n)",null,null,null,null,null,{"$f":"IFERROR(($H$23*H74)+(1-$H$23)*H75,0)","v":126.60720610687022},null,{"$f":"($J$23)*J74+(1-$J$23)*J75","v":133.82790229007634}]
[null,"Estimated number of proposed servers",null,null,null,null,null,{"$f":"IFERROR(TRUNC($H$15*1000/H69),0)","v":0},null,{"$f":"TRUNC($J$15*1000/J69)","v":0}]
[null,"Equivalent workloads",null,null,null,null,null,{"$f":"IFERROR(FLOOR((cR*$H$23*H70)+(1-$H$23)*H70,1),0)","v":0},null,{"$f":"FLOOR((10*$J$23*J70)+(1-($J$23))*J70,1)","v":0}]
[null,"Total equivalent workloads for project",null,null,null,null,null,{"$f":"IFERROR(H71+J71, 0)","v":0}]
[]
[null,"Average Power Draw ","Virtualized servers (watts)",null,null,null,null,{"$f":"H68+(H67-H68)*$H$25","v":115.20610687022901},null,{"$f":"J68+(J67-J68)*$J$25","v":162.71068702290074}]
[null,null,"Non-virtualized servers (watts)",null,null,null,null,{"$f":"H68+(H67-H68)*$O$7","v":126.60720610687022},null,{"$f":"J68+(J67-J68)*$O$7","v":126.60720610687022}]
[]
[null,"Effective consolidation ratio across virtualized servers (x:1)",null,null,null,null,null,{"$f":"X9+(AF9-X9)*(($H$25-X7)/(AF7-X7))","v":1.3157894736842106}]

{"sheet":"Startup Server Efficiency","index":2,"n_rows":69,"n_cols":15,"rows_kept":69,"cut":false,"hidden":false,"merged":[[65,1,66,1],[65,2,65,6],[66,2,66,6],[68,1,68,6],[28,12,29,12],[58,1,58,6],[59,1,59,6],[60,1,60,6],[61,1,61,6],[62,1,62,6],[63,1,63,6],[49,1,49,6],[50,1,50,6],[51,1,51,6],[52,1,52,6],[54,1,55,1],[30,1,30,6],[54,2,54,6],[55,2,55,6],[41,1,41,6],[43,1,44,1],[43,2,43,6],[44,2,44,6],[47,1,47,6],[48,1,48,6],[38,1,38,6],[39,1,39,6],[40,1,40,6],[6,9,7,9],[22,1,22,6],[24,1,24,6],[26,1,26,6],[28,1,28,6]]}
[]
[null,"Startup IT (Server) Equipment Efficiency"]
[]
[]
[null,"Proposed Startup IT Energy Usage",null,null,null,null,null,null,null,null,null,null,"Baseline Startup IT Energy Usage"]
[]
[null,"Proposed Startup IT",null,null,null,"Proposed IT influenced by project",null,null,null,"Outside project scope",null,null,"Average server utilization (%)",null,0.12]
[]
[null,"Total startup IT equipment (kW)",null,{"$f":"Instructions!H27","v":0},null,"Influenced by project (kW)",null,{"$f":"IF(D9<=Instructions!$H$23*Instructions!$H$25,D9,Instructions!$H$23*Instructions!$H$25)","v":0},null,null,null,null,"Baseline server virtualization (%)",null,0.2]
[]
[null,"Total compute (%)",null,{"$f":"'Server Efficiency'!$D$11","v":0},null,"Total compute (kW)",null,{"$f":"D11*H9","v":0},null,{"$f":"IFERROR($D$9*(1-$H$9/$D$9)*D11,0)","v":0},null,null,"Equivalent number of servers based on proposed conditions",null,{"$f":"IFERROR(TRUNC((IF(J33,H42,IF(J35,H64,H53)))/(10*O9+(1-O9))), \"\")","v":0}]
[]
[null,"Mainframe/other (%)",null,{"$f":"'Server Efficiency'!$D$13","v":0},null,"Mainframe/other (kW)",null,{"$f":"D13*H11","v":0},null,{"$f":"D13*$J$11","v":0},null,null,"EPA Qualified Product List for Servers"]
[]
[null,"Servers (%)",null,{"$f":"'Server Efficiency'!$D$15","v":0},null,"Servers (kW)",null,{"$f":"D15*H11","v":0},null,{"$f":"D15*$J$11","v":0},null,null,"Average maximum power (watts)",null,{"$f":"'Qualified Product List'!$AP$140","v":210.21526717557251}]
[]
[null,"Compute (%)",null,{"$f":"D13+D15","v":0},null,"Compute (kW)",null,{"$f":"H13+H15","v":0},null,{"$f":"J15+J13","v":0},null,null,"Average idle power (watts)",null,{"$f":"'Qualified Product List'!$AO$140","v":115.20610687022901}]
[]
[null,"Storage (%)",null,{"$f":"'Server Efficiency'!$D$19","v":0},null,"Storage (kW)",null,{"$f":"D19*H9","v":0},null,{"$f":"IFERROR($D$9*(1-$H$9/$D$9)*D19,0)","v":0},null,null,"Average server power at baseline conditions (watts)",null,{"$f":"((1-O9)*(O17+(O15-O17)*O7))+(O9*(O17+(O15-O17)*0.5))","v":133.82790229007634}]
[]
[null,"Network (%)",null,{"$f":"'Server Efficiency'!$D$21","v":0},null,"Network (kW)",null,{"$f":"D21*H9","v":0},null,{"$f":"IFERROR($D$9*(1-$H$9/$D$9)*D21,0)","v":0},null,null,"Equivalent server load (kW)",null,{"$f":"IFERROR(ROUNDUP(O11*O19/1000,0), \"\")","v":0}]
[]
[null,"Percentage of servers using virtualization (%)",null,null,null,null,null,{"$f":"'Server Efficiency'!$H$23","v":0},null,0.2,null,null,"Baseline server energy consumption (kWh)",null,{"$f":"IFERROR((ROUND(O19*O11/1000,0))*8760, \"\")","v":0}]
[]
[null,"Virtualized average server utilization (%)",null,null,null,null,null,{"$f":"'Server Efficiency'!$H$25","v":0},null,0.5]
[]
[null,"Consolidation ratio (x:1)",null,null,null,null,null,{"$f":"'Server Efficiency'!$H$27","v":0},null,10,null,null,"Baseline startup IT energy consumption (kWh)",null,{"$f":"IFERROR(O23+(D9-H15-J15)*8760, 0)","v":0}]
[]
[null,"Power management reduction (%)",null,null,null,null,null,{"$f":"'Server Efficiency'!H29","v":0}]
[]
[null,"Amount of servers using power management (%)",null,null,null,null,null,{"$f":"'Server Efficiency'!H31","v":0}]
[]
[null,"Number of proposed servers known",null,null,null,null,null,null,null,false]
[null,"Enable power management functionality",null,null,null,null,null,null,null,false]
[null,"Use default EPA average server powers",null,null,null,null,null,null,null,false]
[]
[]
[null,"Number of Proposed Servers Known"]
[null,"Average power at utilization (watts) (Pn = Pidle + (Pmax – Pidle) / 100 * n)",null,null,null,null,null,{"$f":"IFERROR($H$15*1000/H40,0)","v":0},null,{"$f":"($J$23)*J44+(1-$J$23)*J45","v":133.82790229007634}]
[null,"Number of proposed servers",null,null,null,null,null,{"$f":"IFERROR(IF(H9>=D9,'Server Efficiency'!H48-(Instructions!$H$23*Instructions!$H$25-Instructions!$H$27)/(Instructions!$H$23*Instructions!$H$25)*'Server Efficiency'!H48,'Server Efficiency'!H48),0)","v":0},null,{"$f":"TRUNC($J$15*1000/J39)","v":0}]
[null,"Equivalent workloads ",null,null,null,null,null,{"$f":"IFERROR(FLOOR(((cR*$H$23)+(1-($H$23)))*H40,1),0)","v":0},null,{"$f":"FLOOR((10*$J$23*J40)+(1-($J$23))*J40,1)","v":0}]
[null,"Total equivalent workloads for project",null,null,null,null,null,{"$f":"IFERROR(H41+J41, 0)","v":0}]
[null,null,null,null,null,null,true]
[null,"Average Power Draw ","Virtualized servers (watts)",null,null,null,null,null,null,{"$f":"'Qualified Product List'!$AO$140+('Qualified Product List'!$AP$140-'Qualified Product List'!$AO$140)*$J$25","v":162.71068702290074}]
[null,null,"Non-virtualized servers (watts)",null,null,null,null,null,null,{"$f":"'Qualified Product List'!$AO$140+('Qualified Product List'!$AP$140-'Qualified Product List'!$AO$140)*$O$7","v":126.60720610687022}]
[]
[null,{"$f":"IF(J34,\"As-Designed Server Powers with Power Management Utilized\", \"As-Designed Average Server Powers\")","v":"As-Designed Average Server Powers"}]
[null,"Average maximum power (watts)",null,null,null,null,null,{"$f":"'Server Efficiency'!H56","v":0},null,{"$f":"'Qualified Product List'!$AP$140","v":210.21526717557251}]
[null,"Average idle power (watts)",null,null,null,null,null,{"$f":"'Server Efficiency'!H57","v":0},null,{"$f":"'Qualified Product List'!$AO$140","v":115.20610687022901}]
[null,"Average power at utilization (watts) (Pn = Pidle + (Pmax – Pidle) / 100 * n)",null,null,null,null,null,{"$f":"IFERROR(($H$23)*H55+((1-$H$23))*H56,0)","v":0},null,{"$f":"($J$23)*J55+(1-$J$23)*J56","v":133.82790229007634}]
[null,"Estimated number of proposed servers",null,null,null,null,null,{"$f":"IFERROR(TRUNC($H$15*1000/H50),0)","v":0},null,{"$f":"TRUNC($J$15*1000/J50)","v":0}]
[null,"Equivalent workloads ",null,null,null,null,null,{"$f":"IFERROR(FLOOR((cR*$H$23*H51)+(1-($H$23))*H51,1),0)","v":0},null,{"$f":"FLOOR((10*$J$23*J51)+(1-($J$23))*J51,1)","v":0}]
[null,"Total equivalent workloads for project",null,null,null,null,null,{"$f":"IFERROR(H52+J52, 0)","v":0}]
[]
[null,"Average Power Draw ","Virtualized servers (watts)",null,null,null,null,{"$f":"IF(J29,($H$31)*(H49*((1-$H$29))+(H48-H49*((1-$H$29)))*$H$25)+((1-$H$31))*(H49+(H48-H49)*$H$25),H49+(H48-H49)*$H$25)","v":0},null,{"$f":"J49+(J48-J49)*$J$25","v":162.71068702290074}]
[null,null,"Non-virtualized servers (watts)",null,null,null,null,{"$f":"IF(J34,($H$31)*(H49*((1-$H$29))+(H48-H49*((1-$H$29)))*$O$7)+((1-$H$31))*(H49+(H48-H49)*$O$7),H49+(H48-H49)*$O$7)","v":0},null,{"$f":"J49+(J48-J49)*$O$7","v":126.60720610687022}]
[null,null,null,null,null,null,true]
[null,{"$f":"IF(J34,\"Default EPA Average Server Powers with Power Management Utilized\", \"Default EPA Average Server Powers\")","v":"Default EPA Average Server Powers"}]
[null,"Average maximum power (watts)",null,null,null,null,null,{"$f":"'Qualified Product List'!$AP$140","v":210.21526717557251},null,{"$f":"'Qualified Product List'!$AP$140","v":210.21526717557251}]
[null,"Average idle power (watts)",null,null,null,null,null,{"$f":"IF(J29,(($H$31)*((1-$H$29))*'Qualified Product List'!$AO$140)+(((1-$H$31))*'Qualified Product List'!$AO$140),'Qualified Product List'!$AO$140)","v":115.20610687022901},null,{"$f":"'Qualified Product List'!$AO$140","v":115.20610687022901}]
[null,"Average power at utilization (watts) (Pn = Pidle + (Pmax – Pidle) / 100 * n)",null,null,null,null,null,{"$f":"IFERROR(($H$23*H66)+(1-$H$23)*H67,0)","v":126.60720610687022},null,{"$f":"($J$23)*J66+(1-$J$23)*J67","v":133.82790229007634}]
[null,"Estimated number of proposed servers",null,null,null,null,null,{"$f":"IFERROR(TRUNC($H$15*1000/H61),0)","v":0},null,{"$f":"TRUNC($J$15*1000/J61)","v":0}]
[null,"Equivalent workloads ",null,null,null,null,null,{"$f":"IFERROR(FLOOR((cR*$H$23*H62)+(1-$H$23)*H62,1),0)","v":0},null,{"$f":"FLOOR((10*$J$23*J62)+(1-($J$23))*J62,1)","v":0}]
[null,"Total equivalent workloads for project",null,null,null,null,null,{"$f":"IFERROR(H63+J63, 0)","v":0}]
[]
[null,"Average Power Draw ","Virtualized servers (watts)",null,null,null,null,{"$f":"H60+(H59-H60)*$H$25","v":115.20610687022901},null,{"$f":"J60+(J59-J60)*$J$25","v":162.71068702290074}]
[null,null,"Non-virtualized servers (watts)",null,null,null,null,{"$f":"H60+(H59-H60)*$O$7","v":126.60720610687022},null,{"$f":"J60+(J59-J60)*$O$7","v":126.60720610687022}]
[]
[null,"Effective consolidation ratio across virtualized servers (x:1",null,null,null,null,null,{"$f":"'Server Efficiency'!cR","v":1.3157894736842106}]

{"sheet":"Electrical System Efficiency","index":3,"n_rows":99,"n_cols":25,"rows_kept":99,"cut":false,"hidden":false,"merged":[[23,21,30,24],[10,2,11,8],[8,2,9,8],[15,3,15,8],[17,3,17,8],[15,13,15,18],[17,13,17,18]]}
[]
[null,"Electrical System Efficiency"]
[]
[]
[null,"Proposed Electrical System Efficiency",null,null,null,null,null,null,null,null,null,"Baseline Electrical System Efficiency",null,null,null,null,null,null,null,null,null,"Baseline and Proposed Case Comparison"]
[]
[null,"Select one of the following:",null,null,null,null,null,null,null,null,null,"Select all that apply.  The following components are included in analysis:",null,null,null,null,null,null,null,null,null,"Baseline annual energy use (kWh)",null,null,{"$f":"Q31*8760","v":0}]
[]
[null,null,"Default efficiency values.  \nUtilizes the USGBC-provided efficiency values for all components included in the analysis.  ",null,null,null,null,null,null,null,null,null,"PDUs with STS",true,"UPS",true,"Switchgear",true,"Mains Transformer",null,null,"Proposed annual energy use (kWh)",null,null,{"$f":"IF(B13=1,G31*8760,G50*8760)","v":0}]
[]
[null,null,"User-provided data.  \nEnter the efficiency values at 25%, 50%, 75%, and 100% of the design IT load.  Make sure to include the efficiency for all components included in the analysis and provide supporting documentation for the efficiency values of all components.",null,null,null,null,null,null,null,null,null,"PDUs without STS",true,"Generator",true,"Distribution Wiring",null,null,null,null,"Startup annual energy use (kWh)",null,null,{"$f":"IF(B13=1,G33*8760,G52*8760)","v":0}]
[null,null,null,null,null,null,null,null,null,null,null,1]
[null,1]
[null,"Total IT load (kW)",null,null,null,null,null,null,{"$f":"'Server Efficiency'!D9","v":0},null,null,"Total IT load (kW)",null,null,null,null,null,null,{"$f":"IFERROR('Server Efficiency'!S7/8760,\"\")","v":0},null,null,"Annual energy savings (kWh)",null,null,{"$f":"Y7-Y9","v":0}]
[]
[null,"UPS type",null,{"$f":"N16","v":"Double Conversion (VFI-S)"},null,null,null,null,null,null,null,"UPS type",null,"Double Conversion (VFI-S)",null,null,null,null,null,null,null,"Annual energy savings (%)",null,null,{"$f":"IFERROR((Y7-Y9)/Y7,0)","v":0}]
[]
[null,"UPS size range",null,{"$f":"N18","v":"10<20kVA"},null,null,null,null,null,null,null,"UPS size range",null,{"$f":"IF(S14<40,Instructions!K66,IF(S14<80,Instructions!K67,IF(S14<400,Instructions!K68,Instructions!K69)))","v":"10<20kVA"}]
[]
[null,"UPS sizing (per unit of IT / total kW)",null,null,null,null,{"$f":"IFERROR(I20/$I$14,0)","v":0},null,{"$f":"Instructions!$H$31","v":0},null,null,"UPS sizing (per unit of IT / total kW)",null,null,null,null,{"$f":"M77","v":2.4},null,{"$f":"IFERROR($S$14*Q20*Q22,\"\")","v":0},null,null,"Assumptions made:"]
[]
[null,"UPS Instances in System",null,null,null,null,1,null,null,null,null,"UPS Instances in System",null,null,null,null,{"$f":"Q77","v":1}]
[]
[null,"PDU sizing (per unit of IT / total kW)",null,null,null,null,{"$f":"IFERROR(I24/$I$14,0)","v":0},null,{"$f":"Instructions!$H$29","v":0},null,null,"PDU sizing (per unit of IT / total kW)",null,null,null,null,{"$f":"M78","v":2.2000000000000002},null,{"$f":"IFERROR($S$14*Q24*1,\"\")","v":0},null,null,"1. The IT load is assumed to be a constant 100% of IT load for the Proposed Design.\n2. The Startup IT load is assumed to be a constant 100% of the Startup Load.\n3. The calculated loss % when using USGBC-provided efficiency values assumes that only the percentage of electrical equipment influenced by the project uses the equipment selected with the remainder of the equipment at the baseline efficiency.  \n4. The calculated loss (kw) when using user-provided efficiency values assumes that the loss factors provided only apply to the percentage of electrical equipment influenced by the project with the remainder of the equipment at baseline efficiency.  \n5. To calculate the Startup efficiency for user-provided efficiency values, linear interpolation is assumed between entered values.  This value can be overwritten.\n6. The efficiency curves for the proposed case are based on the as-designed efficiency for the percentage of electrical equipment influenced by the project and are set to the Baseline value for the remaining portion."]
[]
[null,"Default Efficiency Values"]
[null,null,null,null,"Loss \n(Percent of IT Load)",null,"Loss \n(kW)",null,"Efficiency\n(%)",null,null,null,null,null,"Loss \n(Percent of IT Load)",null,"Loss \n(kW)",null,"Efficiency\n(%)"]
[null,null,"25% load",0.25,{"$f":"IF($B$13=1,((($V$98+0.25*$W$98+(0.25)^2*$X$98)/0.25)*Instructions!$H$33)+(($V$99+0.25*$W$99+0.25*0.25*$X$99)/0.25)*(1-Instructions!$H$33),0)","v":6.9858827165277151E-2},null,{"$f":"$I$14*E28*0.25","v":0},null,{"$f":"IF($B$13=1,1/(1+E28),0)","v":0.93470276134433861},null,null,null,"25% Load",null,{"$f":"($V$85+0.25*$W$85+0.25*0.25*$X$85)/0.25","v":0.47865657732175015},null,{"$f":"$S$14*O28*0.25","v":0},null,{"$f":"1/(1+O28)","v":0.67628955589625306}]
[null,null,"50% load",0.5,{"$f":"IF($B$13=1,((($V$98+0.5*$W$98+(0.5)^2*$X$98)/0.5)*Instructions!$H$33)+(($V$99+0.5*$W$99+0.5*0.5*$X$99)/0.5)*(1-Instructions!$H$33),0)","v":5.3103925204492829E-2},null,{"$f":"$I$14*E29*0.5","v":0},null,{"$f":"IF($B$13=1,1/(1+E29),0)","v":0.94957389870692854},null,null,null,"50% Load",null,{"$f":"($V$85+0.5*$W$85+0.5*0.5*$X$85)/0.5","v":0.26747573008470305},null,{"$f":"$S$14*O29*0.5","v":0},null,{"$f":"1/(1+O29)","v":0.78896974219235882}]
[null,null,"75% load",0.75,{"$f":"IF($B$13=1,((($V$98+0.75*$W$98+(0.75)^2*$X$98)/0.75)*Instructions!$H$33)+(($V$99+0.75*$W$99+0.75*0.75*$X$99)/0.75)*(1-Instructions!$H$33),0)","v":5.0015689910375187E-2},null,{"$f":"$I$14*E30*0.75","v":0},null,{"$f":"IF($B$13=1,1/(1+E30),0)","v":0.95236672138237832},null,null,null,"75% Load",null,{"$f":"($V$85+0.75*$W$85+0.75*0.75*$X$85)/0.75","v":0.20401125961048613},null,{"$f":"$S$14*O30*0.75","v":0},null,{"$f":"1/(1+O30)","v":0.83055701682018612}]
[null,null,"100% Load",1,{"$f":"IF($B$13=1,((($V$98+1*$W$98+(1)^2*$X$98)/1)*Instructions!$H$33)+(($V$99+1*$W$99+1*1*$X$99)/1)*(1-Instructions!$H$33),0)","v":5.0344121282924204E-2},null,{"$f":"$I$14*E31*1","v":0},null,{"$f":"IF($B$13=1,1/(1+E31),0)","v":0.95206892649484043},null,null,null,"100% Load",null,{"$f":"($V$85+1*$W$85+1*1*$X$85)/1","v":0.17747588332697678},null,{"$f":"$S$14*O31*1","v":0},null,{"$f":"1/(1+O31)","v":0.84927429441228486}]
[]
[null,null,"Startup",{"$f":"IFERROR(Instructions!$H$27/Instructions!$H$23,1)","v":1},{"$f":"IF($B$13=1,((($V$98+D33*$W$98+(D33)^2*$X$98)/D33)*Instructions!$H$33)+(($V$99+D33*$W$99+D33*D33*$X$99)/D33)*(1-Instructions!$H$33),0)","v":5.0344121282924204E-2},null,{"$f":"ROUND(I14*E33*D33,0)","v":0},null,{"$f":"IF($B$13=1,1/(1+E33),0)","v":0.95206892649484043},null,null,null,"Startup",{"$f":"IFERROR(('Startup Server Efficiency'!O27/8760)/S14,1)","v":1},{"$f":"($V$85+(N33*1)*$W$85+((N33)^2*1*1)*$X$85)/(N33*1)","v":0.17747588332697678},null,{"$f":"ROUND(S14*O33*N33,0)","v":0},null,{"$f":"1/(1+O33)","v":0.84927429441228486}]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"User-Provided Data"]
[null,null,null,null,"Loss \n(Percent of IT Load)",null,"Loss \n(kW)",null,"Efficiency\n(%)"]
[null,null,"25% load",0.25,null,null,{"$f":"IF(AND(NOT(ISBLANK(E47)),$B$13=2),(E47*Instructions!$H$33+(($V$99+0.25*$W$99+0.25*0.25*$X$99)/0.25)*(1-Instructions!$H$33))*$I$14*0.25,0)","v":0},null,{"$f":"IF($B$13=2,1/(1+E47),0)","v":0}]
[null,null,"50% load",0.5,null,null,{"$f":"IF(AND(NOT(ISBLANK(E48)),$B$13=2),(E48*Instructions!$H$33+(($V$99+0.5*$W$99+0.5*0.5*$X$99)/0.5)*(1-Instructions!$H$33))*$I$14*0.5,0)","v":0},null,{"$f":"IF($B$13=2,1/(1+E48),0)","v":0}]
[null,null,"75% load",0.75,null,null,{"$f":"IF(AND(NOT(ISBLANK(E49)),$B$13=2),(E49*Instructions!$H$33+(($V$99+0.75*$W$99+0.75*0.75*$X$99)/0.75)*(1-Instructions!$H$33))*$I$14*0.75,0)","v":0},null,{"$f":"IF($B$13=2,1/(1+E49),0)","v":0}]
[null,null,"100% load",1,null,null,{"$f":"IF(AND(NOT(ISBLANK(E50)),$B$13=2),ROUND((E50*Instructions!$H$33+(($V$99+1*$W$99+1*1*$X$99)/1)*(1-Instructions!$H$33))*$I$14*1,0),0)","v":0},null,{"$f":"IF($B$13=2,1/(1+E50),0)","v":0}]
[]
[null,null,"Startup",{"$f":"IFERROR(Instructions!$H$27/Instructions!$H$23,1)","v":1},{"$f":"IFERROR(IF(B13=2,FORECAST(D50*D52,OFFSET(E47:E49,MATCH(D50*D52,D47:D50,1)-1,0,2),OFFSET(D47:D50,MATCH(D50*D52,D47:D50,1)-1,0,2)),0),E47)","v":0},{"$f":"E52*Instructions!$H$33+(($V$99+D52*$W$99+D52*D52*$X$99)/D52)*(1-Instructions!$H$33)","v":5.0344121282924204E-2},{"$f":"IF(AND(NOT(E52=0),B13=2),ROUND($I$14*F52*D52,0),0)","v":0},null,{"$f":"IF($B$13=2,1/(1+E52),0)","v":0}]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,"Baseline Case Device Parameters"]
[null,null,null,null,"Fixed Loss \nPU Device Rating",null,"Prop Loss \nPU Device Rating",null,"Sq Loss \nPU Device Rating",null,null,null,"Default Sizing \nper PU IT",null,"Device Full \nLoad Efficiency",null,"Instances in system",null,"As configured \nPU IT",null,null,"Fixed Loss \nPU System","Prop Loss \nPU System","Sq Loss \nPU System","Full System Load Device Efficiency"]
[null,null,"UPS",null,{"$f":"'Case Definition'!G23","v":3.8315534405051088E-2},null,{"$f":"'Case Definition'!H23","v":1.611372912606146E-2},null,{"$f":"'Case Definition'!I23","v":4.4626750732631865E-2},null,null,null,{"$f":"IF(Instructions!$K$21<2,1.05,IF(Instructions!$K$21<4,1.15*(3/2),1.2*(2/1)))","v":2.4},null,{"$f":"1/(1+E77+G77+I77)","v":0.90987173267042076},null,1,null,{"$f":"IF($Y$42=\"Yes\",1.2,1)*Q77*M77","v":2.4},null,null,{"$f":"IF($N9=TRUE,S77*E77,0)","v":9.1957282572122614E-2},{"$f":"IF($N9=TRUE,IF(Q77=0,0,G77),0)","v":1.611372912606146E-2},{"$f":"IF($N9=TRUE,IF(Q77=0,0,I77/S77),0)","v":1.8594479471929944E-2},{"$f":"1/(1+V77+W77+X77)","v":0.88757489053954808}]
[null,null,"PDU w/STS",null,3.8999999999999998E-3,null,8.9999999999999993E-3,null,1.7600000000000001E-2,null,null,null,{"$f":"IF(Instructions!$K$21<2,1,IF(Instructions!$K$21<3,1.1,2.2))","v":2.2000000000000002},null,{"$f":"1/(1+E78+G78+I78)","v":0.97040271712760795},null,1,null,{"$f":"IF($Y$42=\"Yes\",1.2,1)*Q78*M78","v":2.2000000000000002},null,null,{"$f":"IF($L12=1,S78*E78,0)","v":8.5800000000000008E-3},{"$f":"IF($L12=1,IF(Q78=0,0,G78),0)","v":8.9999999999999993E-3},{"$f":"IF($L12=1,IF(Q78=0,0,I78/S78),0)","v":8.0000000000000002E-3},{"$f":"1/(1+V78+W78+X78)","v":0.97505801595194919}]
[null,null,"PDU ",null,3.8999999999999998E-3,null,0,null,1.7600000000000001E-2,null,null,null,{"$f":"M78","v":2.2000000000000002},null,{"$f":"1/(1+E79+G79+I79)","v":0.97895252080274098},null,1,null,2.2000000000000002,null,null,{"$f":"IF($L12=2,S79*E79,0)","v":0},{"$f":"IF($L12=2,IF(Q79=0,0,G79),0)","v":0},{"$f":"IF($L12=2,IF(Q79=0,0,I79/S79),0)","v":0},{"$f":"1/(1+V79+W79+X79)","v":1}]
[null,null,"Generator",null,3.0000000000000001E-3,null,"-",null,"-",null,null,null,2,null,"-",null,1,null,2,null,null,{"$f":"IF($N11=TRUE,S80*E80,0)","v":6.0000000000000001E-3},{"$f":"IF(Q80=0,0,G80)","v":"-"},"-",{"$f":"1/(1+V80)","v":0.99403578528827041}]
[null,null,"Switchgear",null,0,null,0,null,0.01,null,null,null,2,null,{"$f":"1/(1+E81+G81+I81)","v":0.99009900990099009},null,1,null,2,null,null,{"$f":"IF($P9=TRUE,S81*E81,0)","v":0},{"$f":"IF($P9=TRUE,IF(Q81=0,0,G81),0)","v":0},{"$f":"IF($P9=TRUE,IF(Q81=0,0,I81/S81),0)","v":5.0000000000000001E-3},{"$f":"1/(1+V81+W81+X81)","v":0.99502487562189068}]
[null,null,"Distribution Wiring",null,"-",null,"-",null,0.01,null,null,null,3,null,{"$f":"1/(1+I82)","v":0.99009900990099009},null,1,null,3,null,null,"-",{"$f":"IF(Q82=0,0,G82)","v":"-"},{"$f":"IF($P11=TRUE,IF(Q82=0,0,I82/S82),0)","v":3.3333333333333335E-3},{"$f":"1/(1+X82)","v":0.99667774086378735}]
[null,null,"Mains Transformer",null,2.5000000000000001E-3,null,0,null,1.1299999999999999E-2,null,null,null,1.7,null,{"$f":"1/(1+E83+G83+I83)","v":0.98638784770171628},null,1,null,1.7,null,null,{"$f":"IF($R9=TRUE,S83*E83,0)","v":4.2500000000000003E-3},{"$f":"IF($R9=TRUE,IF(Q83=0,0,G83),0)","v":0},{"$f":"IF($R9=TRUE,IF(Q83=0,0,I83/S83),0)","v":6.6470588235294113E-3},{"$f":"1/(1+V83+W83+X83)","v":0.98922040703510261}]
[]
[null,null,"Whole System",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(V77:V83)","v":0.11078728257212263},{"$f":"SUM(W77:W83)","v":2.5113729126061461E-2},{"$f":"SUM(X77:X83)","v":4.1574871628792684E-2}]
[]
[null,null,"Proposed Case Parameters"]
[null,null,null,null,"Fixed Loss \nPU Device Rating",null,"Prop Loss \nPU Device Rating",null,"Sq Loss   \nPU Device Rating",null,null,null,"Default Sizing \nper PU IT",null,"Device Full \nLoad Efficiency",null,"Instances in system",null,"As configured \nPU IT",null,null,"Fixed Loss \nPU System","Prop Loss \nPU System","Sq Loss \nPU System","Full System Load Device Efficiency"]
[null,null,"UPS - Baseline",null,{"$f":"E77","v":3.8315534405051088E-2},null,{"$f":"G77","v":1.611372912606146E-2},null,{"$f":"I77","v":4.4626750732631865E-2},null,null,null,{"$f":"M90","v":0},null,{"$f":"1/(1+E89+G89+I89)","v":0.90987173267042076},null,1,null,{"$f":"IF($Y$42=\"Yes\",1.2,1)*Q89*M89","v":0},null,null,{"$f":"IF($N9=TRUE,S89*E89,0)","v":0},{"$f":"IF($N9=TRUE,IF(Q89=0,0,G89),0)","v":1.611372912606146E-2},{"$f":"IFERROR(IF($N9=TRUE,IF(Q89=0,0,I89/S89),0),0)","v":0},{"$f":"1/(1+V89+W89+X89)","v":0.98414180552415065}]
[null,null,"UPS",null,{"$f":"IFERROR('Case Definition'!G43,0)","v":3.8315534405051088E-2},null,{"$f":"IFERROR('Case Definition'!H43,0)","v":1.611372912606146E-2},null,{"$f":"IFERROR('Case Definition'!I43,0)","v":4.4626750732631865E-2},null,null,null,{"$f":"G20","v":0},null,{"$f":"1/(1+E90+G90+I90)","v":0.90987173267042076},null,{"$f":"G22","v":1},null,{"$f":"IF($Y$42=\"Yes\",1.2,1)*Q90*M90","v":0},null,null,{"$f":"IF($N9=TRUE,S90*E90,0)","v":0},{"$f":"IF($N9=TRUE,IF(Q90=0,0,G90),0)","v":1.611372912606146E-2},{"$f":"IFERROR(IF($N9=TRUE,IF(Q90=0,0,I90/S90),0),0)","v":0},{"$f":"1/(1+V90+W90+X90)","v":0.98414180552415065}]
[null,null,"PDU w/STS",null,3.8999999999999998E-3,null,8.9999999999999993E-3,null,1.7600000000000001E-2,null,null,null,{"$f":"G24","v":0},null,{"$f":"1/(1+E91+G91+I91)","v":0.97040271712760795},null,1,null,0,null,null,{"$f":"IF($L12=1,S91*E91,0)","v":0},{"$f":"IF($L12=1,IF(Q91=0,0,G91),0)","v":8.9999999999999993E-3},{"$f":"IFERROR(IF($L12=1,IF(Q91=0,0,I91/S91),0),0)","v":0},{"$f":"1/(1+V91+W91+X91)","v":0.99108027750247785}]
[null,null,"PDU ",null,3.8999999999999998E-3,null,0,null,1.7600000000000001E-2,null,null,null,{"$f":"G24","v":0},null,{"$f":"1/(1+E92+G92+I92)","v":0.97895252080274098},null,1,null,0,null,null,{"$f":"IF($L12=2,S92*E92,0)","v":0},{"$f":"IF($L12=2,IF(Q92=0,0,G92),0)","v":0},{"$f":"IFERROR(IF($L12=2,IF(Q92=0,0,I92/S92),0),0)","v":0},{"$f":"1/(1+V92+W92+X92)","v":1}]
[null,null,"Generator",null,3.0000000000000001E-3,null,"-",null,"-",null,null,null,2,null,"-",null,1,null,2,null,null,{"$f":"IF($N11=TRUE,S93*E93,0)","v":6.0000000000000001E-3},0,"-",{"$f":"1/(1+V93)","v":0.99403578528827041}]
[null,null,"Switchgear",null,0,null,0,null,0.01,null,null,null,2,null,{"$f":"1/(1+E94+G94+I94)","v":0.99009900990099009},null,1,null,2,null,null,{"$f":"IF($P9=TRUE,S94*E94,0)","v":0},{"$f":"IF($P9=TRUE,IF(Q94=0,0,G94),0)","v":0},{"$f":"IF($P9=TRUE,IF(Q94=0,0,I94/S94),0)","v":5.0000000000000001E-3},{"$f":"1/(1+V94+W94+X94)","v":0.99502487562189068}]
[null,null,"Distribution Wiring",null,"-",null,"-",null,0.01,null,null,null,3,null,{"$f":"1/(1+I95)","v":0.99009900990099009},null,1,null,3,null,null,"-",{"$f":"IF(Q95=0,0,G95)","v":"-"},{"$f":"IF($P11=TRUE,IF(Q95=0,0,I95/S95),0)","v":3.3333333333333335E-3},{"$f":"1/(1+X95)","v":0.99667774086378735}]
[null,null,"Mains Transformer",null,2.5000000000000001E-3,null,0,null,1.1299999999999999E-2,null,null,null,1.7,null,{"$f":"1/(1+E96+G96+I96)","v":0.98638784770171628},null,1,null,1.7,null,null,{"$f":"IF($R9=TRUE,S96*E96,0)","v":4.2500000000000003E-3},{"$f":"IF($R9=TRUE,IF(Q96=0,0,G96),0)","v":0},{"$f":"IF($R9=TRUE,IF(Q96=0,0,I96/S96),0)","v":6.6470588235294113E-3},{"$f":"1/(1+V96+W96+X96)","v":0.98922040703510261}]
[]
[null,null,"Whole System",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(V90:V96)","v":1.025E-2},{"$f":"SUM(W90:W96)","v":2.5113729126061461E-2},{"$f":"SUM(X90:X96)","v":1.4980392156862744E-2}]
[null,null,"Whole System - Baseline Efficiency for UPS Outside of Project Scope",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"V89+SUM(V91:V96)","v":1.025E-2},{"$f":"W89+SUM(W91:W96)","v":2.5113729126061461E-2},{"$f":"X89+SUM(X91:X96)","v":1.4980392156862744E-2}]

{"sheet":"Qualified Product List","index":4,"n_rows":155,"n_cols":46,"rows_kept":155,"cut":false,"hidden":false,"merged":[[141,7,141,8],[141,4,141,6]]}
[]
[null,null,"ENERGY STAR Computer Server Qualified Product List"]
[null,null,"List Current as of May 06, 2013",null,null,{"$f":"RIGHT(C3,12)","v":"May 06, 2013"}]
[]
[null,null,"Includes all ENERGY STAR qualified models submitted to the EPA, including models that may not be available in the U.S. "]
[null,null,"Note: The ENERGY STAR Computer Server Qualified Product List includes a limited amount of information on qualified computer server configurations.  For more information on qualified models / configurations, please refer to the ENERGY STAR Power and Performance"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Pn = Pidle + (Pmax – Pidle) / 100 * n"]
[null,"PD_ID","Product (Unit) Type","\nPartner Name","Brand","Model Name","Model Number","Product Type","Product Form Factor","Service Processor Installed","Available Processor Sockets","Number of Installed Processors","Processor Brand","Processor Name","Processor Speed","System Memory ","Number of Hard Drives","Total Installed Storage Capacity","Power Supply Rated Output","Power Supplies Installed","Power Supplies Installed for Redundancy","Operating System Name Used for Testing","Available Power Saving Features","Enabled Power Saving Features","Power Supply Efficiency @ 10% Load","Power Supply Efficiency @ 20% Load","Power Supply Efficiency @ 50% Load","Power Supply Efficiency @ 100% Load","Power Factor @ 10% Load","Power Factor @ 20% Load","Power Factor @ 50% Load","Power Factor @ 100% Load","Idle Power Draw @ 230V ","Idle Power Draw @115V","Idle Power Draw @100V","Idle Power Draw @+/-53V DC","Full Load Testing Voltage / Frequency ","Full Power Load","Date Available on Market","Date Qualified","Min \nEnergy","Max \nEnergy","Power \nSupply","Max Energy as a Percent of Power Supply","Power at % Utilization (n) - Base Case","Power at % Utilization (n) - Proposed Case"]
[null,null,"Server","Acer Incorporated","Acer","AR360 F2","AR360 F2_1","3 or 4 Socket Server","Other","Yes","2","2","Intel","Xeon E5-2670",null,null,"2",null,"750","1",null,"Windows Server 2008 R2 Standard","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Low power I/O states,Other,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Low power I/O states,Other,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.81","0.86","0.89","0.87","0.8","0.89","0.95","0.98","67.6",null,null,null,"230 Vac, 50 Hz","104.2","2012-09-01","2012-09-18",{"$f":"VALUE(LEFT(AG9,3))","v":67},{"$f":"VALUE(LEFT(AL9,4))","v":104},{"$f":"VALUE(LEFT(S9,4))","v":750},{"$f":"AP9/AQ9","v":0.13866666666666666},{"$f":"$AO9+($AP9-$AO9)/100*'Server Efficiency'!$O$7","v":67.044399999999996},{"$f":"$AO9+($AP9-$AO9)/100*'Server Efficiency'!$H$25","v":67}]
[null,null,"Server","Acer Incorporated","Acer","AR360 F2","AR360 F2_2","1 or 2 Socket Server","Other","Yes","2","2","Intel","Xeon E5-2650",null,null,"2",null,"750","1",null,"Windows Server 2008 R2 Standard","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Low power I/O states,Other,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Low power I/O states,Other,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.81","0.86","0.89","0.87","0.8","0.89","0.95","0.98","68.93",null,null,null,"230 Vac, 50 Hz","87.2","2012-09-01","2012-09-18",{"$f":"VALUE(LEFT(AG10,3))","v":68},{"$f":"VALUE(LEFT(AL10,4))","v":87.2},{"$f":"VALUE(LEFT(S10,4))","v":750},{"$f":"AP10/AQ10","v":0.11626666666666667},{"$f":"$AO10+($AP10-$AO10)/100*'Server Efficiency'!$O$7","v":68.023039999999995},{"$f":"$AO10+($AP10-$AO10)/100*'Server Efficiency'!$H$25","v":68}]
[null,null,"Server","Acer Incorporated","Acer","AR360 F2","AR360 F2_3","1 or 2 Socket Server","Other","Yes","2","2","Intel","Xeon E5-2620",null,null,"2",null,"750","1",null,"Windows Server 2008 R2 Standard","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Low power I/O states,Other,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Low power I/O states,Other,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.81","0.86","0.89","0.87","0.8","0.89","0.95","0.98","72.34",null,null,null,"230 Vac, 50 Hz","90.18","2012-09-01","2012-09-18",{"$f":"VALUE(LEFT(AG11,3))","v":72},{"$f":"VALUE(LEFT(AL11,4))","v":90.1},{"$f":"VALUE(LEFT(S11,4))","v":750},0.12013333333333333,{"$f":"$AO11+($AP11-$AO11)/100*'Server Efficiency'!$O$7","v":72.021720000000002},{"$f":"$AO11+($AP11-$AO11)/100*'Server Efficiency'!$H$25","v":72}]
[null,null,"Server","Acer Incorporated","Acer","AR380 F2","AR380 F2_1","1 or 2 Socket Server","Rackmount","Yes","2","2","Intel","Xeon E5-2690",null,null,"2",null,"920","1",null,"Windows Server 2008 R2 Standard","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Low power I/O states,Other,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Low power I/O states,Other,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.8","0.88","0.91","0.88","0.93","0.96","0.98","0.99","133.3",null,null,null,"230 Vac, 50 Hz","170.0","2012-09-01","2012-09-19",133,170,920,0.18478260869565216,{"$f":"$AO12+($AP12-$AO12)/100*'Server Efficiency'!$O$7","v":133.0444},{"$f":"$AO12+($AP12-$AO12)/100*'Server Efficiency'!$H$25","v":133}]
[null,null,"Server","Acer Incorporated","Acer","AR380 F2","AR380 F2_2","1 or 2 Socket Server","Rackmount","Yes","2","2","Intel","Xeon E5-2650",null,null,"2",null,"920","1",null,"Windows Server 2008 R2 Standard","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Low power I/O states,Other,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Low power I/O states,Other,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.8","0.88","0.91","0.88","0.93","0.96","0.98","0.99","130.2",null,null,null,"230 Vac, 50 Hz","154.5","2012-09-01","2012-09-19",130,154,920,0.16739130434782609,{"$f":"$AO13+($AP13-$AO13)/100*'Server Efficiency'!$O$7","v":130.02879999999999},{"$f":"$AO13+($AP13-$AO13)/100*'Server Efficiency'!$H$25","v":130}]
[null,null,"Server","Acer Incorporated","Acer","AR380 F2","AR380 F2_3","1 or 2 Socket Server","Rackmount","Yes","2","2","Intel","Xeon E5-2620",null,null,"2",null,"920","1",null,"Windows Server 2008 R2 Standard","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Low power I/O states,Other,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Low power I/O states,Other,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.8","0.88","0.91","0.88","0.93","0.96","0.98","0.99","134.7",null,null,null,"230 Vac, 50 Hz","155.7","2012-09-01","2012-09-19",134,155,920,0.16847826086956522,{"$f":"$AO14+($AP14-$AO14)/100*'Server Efficiency'!$O$7","v":134.02520000000001},{"$f":"$AO14+($AP14-$AO14)/100*'Server Efficiency'!$H$25","v":134}]
[null,null,"Server","Acer Incorporated","Acer","AT350 F2","AT350 F2_1","1 or 2 Socket Server","Tower/Pedestal","Yes","2","2","Intel","Xeon E5-2690",null,null,"2",null,"920","1",null,"Windows Server 2008 R2 Standard","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Low power I/O states,Other,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Low power I/O states,Other,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.8","0.88","0.91","0.88","0.93","0.96","0.98","0.99","121.1",null,null,null,"230 Vac, 50 Hz","125.5","2012-07-01","2012-09-18",121,125,920,0.1358695652173913,{"$f":"$AO15+($AP15-$AO15)/100*'Server Efficiency'!$O$7","v":121.0048},{"$f":"$AO15+($AP15-$AO15)/100*'Server Efficiency'!$H$25","v":121}]
[null,null,"Server","Acer Incorporated","Acer","AT350 F2","AT350 F2_2","1 or 2 Socket Server","Tower/Pedestal","Yes","2","2","Intel","Xeon E5-2650",null,null,"2",null,"920","1",null,"Windows Server 2008 R2 Standard","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Low power I/O states,Other,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Low power I/O states,Other,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.8","0.88","0.91","0.88","0.93","0.96","0.98","0.99","120.5",null,null,null,"230 Vac, 50 Hz","124.8","2012-07-01","2012-09-18",120,124,920,0.13478260869565217,{"$f":"$AO16+($AP16-$AO16)/100*'Server Efficiency'!$O$7","v":120.0048},{"$f":"$AO16+($AP16-$AO16)/100*'Server Efficiency'!$H$25","v":120}]
[null,null,"Server","Acer Incorporated","Acer","AT350 F2","AT350 F2_3","1 or 2 Socket Server","Tower/Pedestal","Yes","2","2","Intel","Xeon E5-2620",null,null,"2",null,"920","1",null,"Windows Server 2008 R2 Standard","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Low power I/O states,Other,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Low power I/O states,Other,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.8","0.88","0.91","0.88","0.93","0.96","0.98","0.99","123.2",null,null,null,"230 Vac, 50 Hz","125.7","2012-07-01","2012-09-18",123,125,920,0.1358695652173913,{"$f":"$AO17+($AP17-$AO17)/100*'Server Efficiency'!$O$7","v":123.00239999999999},{"$f":"$AO17+($AP17-$AO17)/100*'Server Efficiency'!$H$25","v":123}]
[null,null,"Server","ASUSTeK Computer Inc.","ASUS","TS300-E7/PS4","90S6IA25L2B120UTT","1 or 2 Socket Server","Other","No","1","1","Intel","Xeon E31230","3.20","4.00","2","1000.00","500","1","0","Windows Server 2008 R2 Enterprise","None","N/A","0.78","0.84","0.87","0.83","0.82","0.88","0.96","0.98","44.89","45.60","0","0","230 Vac, 50 Hz","117.20","2011-04-01","2011-08-19",44,117,500,0.23400000000000001,{"$f":"$AO18+($AP18-$AO18)/100*'Server Efficiency'!$O$7","v":44.087600000000002},{"$f":"$AO18+($AP18-$AO18)/100*'Server Efficiency'!$H$25","v":44}]
[null,null,"Server","ASUSTeK Computer Inc.","ASUSTek COMPUTER INC.","RS520-E6/ERS8","RS520-E6/ERS8","1 or 2 Socket Server","Rackmount","No","2","2","Intel","X5650","2.66",null,"2","292.0","770","2","1","Win Server 2008 R2","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Power capping,Low power memory states,Low power I/O states,Processor or core reduced power states,Variable speed fan control based on power or thermal readings ,Dynamic voltage and frequency scaling of processor(s)","0.8","0.88","0.92","0.9","0.9","0.96","0.98","0.98","136.09",null,null,null,"230 Vac, 60 Hz","307.64","2009-04-30","2011-05-11",136,307,770,0.39870129870129872,{"$f":"$AO19+($AP19-$AO19)/100*'Server Efficiency'!$O$7","v":136.20519999999999},{"$f":"$AO19+($AP19-$AO19)/100*'Server Efficiency'!$H$25","v":136}]
[null,null,"Server","Cisco Systems","CISCO","Cisco UMC200-M2","Cisco UMC200-M2","1 or 2 Socket Server","Rackmount","Yes","2","2","Intel","Xenon X5670 @2.93 Ghz",null,null,null,null,"650","1","2","Windows Server 2008","Dynamic voltage and frequency scaling of processor(s)","Dynamic voltage and frequency scaling of processor(s)",".82",".89",".93",".91",".66",".95",".83",".98","124.7",null,null,null,"230 Vac, 50 Hz","294","2010-03-17","2012-07-16",124,294,650,0.4523076923076923,{"$f":"$AO20+($AP20-$AO20)/100*'Server Efficiency'!$O$7","v":124.20399999999999},{"$f":"$AO20+($AP20-$AO20)/100*'Server Efficiency'!$H$25","v":124}]
[null,null,"Server","Cisco Systems","Cisco Systems, Inc.","Cisco UCS High-Performance Rack-Mount Server","C460 M2","3 or 4 Socket Server","Rackmount","Yes","4","4","Intel","Xeon","2.13","16.0","1","300.0","850","4","4","64-bit OS - Windows Server 2008 R2 Enterprise","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.8","0.89","0.92","0.91","0.9","0.97","0.99","1.0","307.02",null,null,null,"230 Vac, 50 Hz","808.8","2011-06-01","2012-08-14",307,808,850,0.95058823529411762,{"$f":"$AO21+($AP21-$AO21)/100*'Server Efficiency'!$O$7","v":307.60120000000001},{"$f":"$AO21+($AP21-$AO21)/100*'Server Efficiency'!$H$25","v":307}]
[null,null,"Server","Dell Inc.","DELL","PowerEdge R715","E05S","1 or 2 Socket Server","Rackmount","Yes","2","2","AMD","Opteronâ\u0084¢ 6376, Opteronâ\u0084¢ 6378, Opteronâ\u0084¢ 6380","2.3","2.0","2","292.0","1100","2","1","Microsoft Windows Server 2008  SP2","Variable speed fan control based on power or thermal readings,Power capping,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Low power memory states","0.85","0.9","0.93","0.9","0.8","0.91","0.97","0.99","203.86",null,null,null,"230 Vac, 50 Hz","334.98","2012-12-18","2013-01-10",203,334,1100,0.30363636363636365,{"$f":"$AO22+($AP22-$AO22)/100*'Server Efficiency'!$O$7","v":203.15719999999999},{"$f":"$AO22+($AP22-$AO22)/100*'Server Efficiency'!$H$25","v":203}]
[null,null,"Server","Dell Inc.","DELL","PowerEdge R815","E05S","3 or 4 Socket Server","Rackmount","Yes","4","4","AMD","Optern 6376, Optern 6378, Optern 6380","2.3","4.0","1","146.0","1100","2","2","Microsoft WindowsÂ® Server 2008 SP2","Variable speed fan control based on power or thermal readings,Power capping,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Low power memory states","0.81","0.89","0.92","0.9","0.91","0.96","0.94","0.98","215.44",null,null,null,"230 Vac, 50 Hz","677.43","2012-12-18","2013-01-22",215,677,1100,0.61545454545454548,{"$f":"$AO23+($AP23-$AO23)/100*'Server Efficiency'!$O$7","v":215.55439999999999},{"$f":"$AO23+($AP23-$AO23)/100*'Server Efficiency'!$H$25","v":215}]
[null,null,"Server","Dell Inc.","DELL","PowerEdge R415","E07S","1 or 2 Socket Server","Rackmount","Yes","2","2","AMD","Opteronâ\u0084¢ 4386","3.1","4.0","1","300.0","500","1","0","Microsoft Windows Server 2008 R2 SP1, x64, Build 6001","Dynamic voltage and frequency scaling of processor(s)","Dynamic voltage and frequency scaling of processor(s)","0.8","0.88","0.91","0.9","0.91","0.96","0.99","1.0","81.44",null,null,null,"230 Vac, 50 Hz","219.02","2010-10-31","2012-12-25",81,219,500,0.438,{"$f":"$AO24+($AP24-$AO24)/100*'Server Efficiency'!$O$7","v":81.165599999999998},{"$f":"$AO24+($AP24-$AO24)/100*'Server Efficiency'!$H$25","v":81}]
[null,null,"Server","Dell Inc.","DELL","PowerEdge R515","E12S","1 or 2 Socket Server","Rackmount","Yes","2","2","AMD","Opteronâ\u0084¢ 4386","3.1","4.0","1","300.0","750","1","0","Microsoft Windows Server 2008 R2 SP1, x64, Build 6001","Dynamic voltage and frequency scaling of processor(s)","Dynamic voltage and frequency scaling of processor(s)","0.86","0.91","0.93","0.91","0.85","0.95","0.99","0.99","76.58",null,null,null,"230 Vac, 50 Hz","210.21","2010-10-31","2012-12-25",76,210,750,0.28000000000000003,{"$f":"$AO25+($AP25-$AO25)/100*'Server Efficiency'!$O$7","v":76.160799999999995},{"$f":"$AO25+($AP25-$AO25)/100*'Server Efficiency'!$H$25","v":76}]
[null,null,"Server","Dell Inc.","DELL","PowerEdge R515","E13S","1 or 2 Socket Server","Rackmount","Yes","2","2","AMD","Opteronâ\u0084¢ 4386","3.1","4.0","1","300.0","750","1","0","Microsoft Windows Server 2008 R2 SP1, x64, Build 6001","Dynamic voltage and frequency scaling of processor(s)","Dynamic voltage and frequency scaling of processor(s)","0.86","0.91","0.93","0.91","0.85","0.95","0.99","0.99","76.58",null,null,null,"230 Vac, 50 Hz","210.21","2010-10-31","2012-12-25",76,210,750,0.28000000000000003,{"$f":"$AO26+($AP26-$AO26)/100*'Server Efficiency'!$O$7","v":76.160799999999995},{"$f":"$AO26+($AP26-$AO26)/100*'Server Efficiency'!$H$25","v":76}]
[null,null,"Server","Dell Inc.","DELL","PowerEdge T620","E17S","1 or 2 Socket Server","Tower/Pedestal","Yes","2","2","Intel","Xeon","2.0","4.0","1","300.0","750","1","1","Microsoft Windows Server 2008","Power capping,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Dynamic voltage and frequency scaling of processor(s)","0.88","0.92","0.94","0.93","0.71","0.86","0.96","0.99","80.08","81.91",null,null,"115 Vac, 60 Hz","172.77","2012-03-05","2012-02-02",80,172,750,0.22933333333333333,{"$f":"$AO27+($AP27-$AO27)/100*'Server Efficiency'!$O$7","v":80.110399999999998},{"$f":"$AO27+($AP27-$AO27)/100*'Server Efficiency'!$H$25","v":80}]
[null,null,"Server","Dell Inc.","DELL","PowerEdge R420","E18S","1 or 2 Socket Server","Rackmount","Yes","2","2","Intel","Xeon","1.9","2.0","1","300.0","550","1","1","Microsoft Windows Server 2008","Power capping,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Dynamic voltage and frequency scaling of processor(s)","0.83","0.91","0.94","0.93","0.9","0.96","0.98","1.0","71.25","71.44",null,null,"115 Vac, 60 Hz","163.56","2012-06-05","2012-04-05",71,163,550,0.29636363636363638,{"$f":"$AO28+($AP28-$AO28)/100*'Server Efficiency'!$O$7","v":71.110399999999998},{"$f":"$AO28+($AP28-$AO28)/100*'Server Efficiency'!$H$25","v":71}]
[null,null,"Server","Dell Inc.","DELL","PowerEdge R520","E19S","1 or 2 Socket Server","Rackmount","Yes","2","2","Intel","Xeon","1.9","2.0","1","300.0","750","1","1","Microsoft Windows Server 2008","Power capping,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Dynamic voltage and frequency scaling of processor(s)","0.88","0.92","0.94","0.93","0.71","0.86","0.96","0.99","73.75","75.44",null,null,"115 Vac, 60 Hz","167.33","2012-06-05","2012-04-05",73,167,750,0.22266666666666668,{"$f":"$AO29+($AP29-$AO29)/100*'Server Efficiency'!$O$7","v":73.112799999999993},{"$f":"$AO29+($AP29-$AO29)/100*'Server Efficiency'!$H$25","v":73}]
[null,null,"Server","Dell Inc.","DELL","PowerEdge R320","PowerEdge R320- E18S","1 or 2 Socket Server","Rackmount","Yes","1","1","Intel","Xeon","1.9","2.0","1","300.0","350","1","1","Microsoft Windows Server 2008","Variable speed fan control based on power or thermal readings,Power capping,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Dynamic voltage and frequency scaling of processor(s)","0.83","0.9","0.94","0.94","0.76","0.94","0.96","0.99","54.63","55.37",null,null,"115 Vac, 60 Hz","101.62","2012-06-05","2012-04-05",54,101,350,0.28857142857142859,{"$f":"$AO30+($AP30-$AO30)/100*'Server Efficiency'!$O$7","v":54.056399999999996},{"$f":"$AO30+($AP30-$AO30)/100*'Server Efficiency'!$H$25","v":54}]
[null,null,"Server","Dell Inc.","PowerEdge","R210-II","R210-II 1P E3-1220 250W","Computer Server","1U","Yes","1.0","1.0","Intel","Xeon E3-1220","3.1","4.0","2.0","1000.0","250.0","1.0","0.0","Windows Server 2008","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","72.39999999999999","82.6","86.0","85.8","0.96","0.98","0.99","0.99","41.58","42.41","42.43","N/A","100V / 60Hz","95.08",null,null,41,95,250,0.38,{"$f":"$AO31+($AP31-$AO31)/100*'Server Efficiency'!$O$7","v":41.064799999999998},{"$f":"$AO31+($AP31-$AO31)/100*'Server Efficiency'!$H$25","v":41}]
[null,null,"Server","Dell Inc.","PowerEdge","R210-II","R210-II 1P E3-1240 250W","Computer Server","1U","Yes","1.0","1.0","Intel","Xeon E3-1240","3.3","8.0","4.0","1000.0","250.0","1.0","0.0","Windows Server 2008","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","72.39999999999999","82.6","86.0","85.8","0.96","0.98","0.99","0.99","41.39","42.69","42.16","N/A","100V / 60Hz","104.71",null,null,41,104,250,0.41599999999999998,{"$f":"$AO32+($AP32-$AO32)/100*'Server Efficiency'!$O$7","v":41.075600000000001},{"$f":"$AO32+($AP32-$AO32)/100*'Server Efficiency'!$H$25","v":41}]
[null,null,"Server","Dell Inc.","PowerEdge","R210-II","R210-II 1P E3-1260L 250W","Computer Server","1U","Yes","1.0","1.0","Intel","Xeon E3-1260L","2.4","16.0","4.0","584.0","250.0","1.0","0.0","Windows Server 2008","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","72.39999999999999","82.6","86.0","85.8","0.96","0.98","0.99","0.99","56.54","56.73","57.49","N/A","100V / 60Hz","96.29",null,null,56,96.2,250,0.38480000000000003,{"$f":"$AO33+($AP33-$AO33)/100*'Server Efficiency'!$O$7","v":56.04824},{"$f":"$AO33+($AP33-$AO33)/100*'Server Efficiency'!$H$25","v":56}]
[null,null,"Server","Dell Inc.","PowerEdge","R410","R410 2P X5560 500W","Computer Server","1U","Yes","2.0","2.0","Intel","Xeon X5560","2.8","64.0","2.0","900.0","500.0","2.0","1.0","Windows Server 2008","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","79.9","88.4","92.5","92.0","0.74","0.85","0.95","0.98","179.3","186.5","185.8","N/A","100V / 60Hz","288.2",null,null,179,288,500,0.57599999999999996,{"$f":"$AO34+($AP34-$AO34)/100*'Server Efficiency'!$O$7","v":179.13079999999999},{"$f":"$AO34+($AP34-$AO34)/100*'Server Efficiency'!$H$25","v":179}]
[null,null,"Server","Dell Inc.","PowerEdge","R410","R410 2P X5670 500W","Computer Server","1U","Yes","2.0","2.0","Intel","Xeon X5670","2.93","128.0","4.0","1800.0","500.0","2.0","1.0","Windows Server 2008","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","79.9","88.4","92.5","92.0","0.74","0.85","0.95","0.98","197.6","198.2","198.5","N/A","100V / 60Hz","328.2",null,null,197,328,500,0.65600000000000003,{"$f":"$AO35+($AP35-$AO35)/100*'Server Efficiency'!$O$7","v":197.15719999999999},{"$f":"$AO35+($AP35-$AO35)/100*'Server Efficiency'!$H$25","v":197}]
[null,null,"Server","Dell Inc.","PowerEdge","R415","R415 2 AMD 4122  2ea 500W PSU","Computer Server","1U","Yes","2.0","2.0","AMD","4122.0","2.2","8.0","4.0","292GB","500.0","2.0","1.0","Windows Server 2008","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, low power I/O states","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","79.9","88.4","92.5","92.0","0.74","0.85","0.95","0.98","152.6","156.7","155.7","N/A","115V / 60Hz","289.8",null,null,152,289,500,0.57799999999999996,{"$f":"$AO36+($AP36-$AO36)/100*'Server Efficiency'!$O$7","v":152.1644},{"$f":"$AO36+($AP36-$AO36)/100*'Server Efficiency'!$H$25","v":152}]
[null,null,"Server","Dell Inc.","PowerEdge","R415","R415 2p AMD 4180  2ea. 500W PSU","Computer Server","1U","Yes","2.0","2.0","AMD","4180.0","2.6","16.0","4.0","1200.0","500.0","2.0","1.0","Windows Server 2008","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, low power I/O states","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","79.9","88.4","92.5","92.0","0.74","0.85","0.95","0.98","138.9","133.4","141.3","N/A","115V / 60Hz","229.3",null,null,138,229,500,0.45800000000000002,{"$f":"$AO37+($AP37-$AO37)/100*'Server Efficiency'!$O$7","v":138.10919999999999},{"$f":"$AO37+($AP37-$AO37)/100*'Server Efficiency'!$H$25","v":138}]
[null,null,"Server","Dell Inc.","PowerEdge","R510","R510 2P X5570 1100W","Computer Server","2U","Yes","2.0","2.0","Intel","Xeon X5570","2.93","64.0","8.0","4800.0","1100.0","2.0","1.0","Windows Server 2008","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","84.89999999999999","90.3","92.60000000000001","90.3","0.8","0.91","0.97","0.99","258.6","262.1","264.8","N/A","100V / 60Hz","459.2",null,null,258,459,1100,0.4172727272727273,{"$f":"$AO38+($AP38-$AO38)/100*'Server Efficiency'!$O$7","v":258.24119999999999},{"$f":"$AO38+($AP38-$AO38)/100*'Server Efficiency'!$H$25","v":258}]
[null,null,"Server","Dell Inc.","PowerEdge","R510","R510 2P X5570 1100W","Computer Server","2U","Yes","2.0","2.0","Intel","Xeon X5570","2.93","64.0","8.0","4800.0","1100.0","2.0","1.0","Windows Server 2008","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","81.6","89.2","92.30000000000001","90.7","0.88","0.93","0.964","0.989","258.6","262.1","264.8","N/A","100V / 60Hz","459.2",null,null,258,459,1100,0.4172727272727273,{"$f":"$AO39+($AP39-$AO39)/100*'Server Efficiency'!$O$7","v":258.24119999999999},{"$f":"$AO39+($AP39-$AO39)/100*'Server Efficiency'!$H$25","v":258}]
[null,null,"Server","Dell Inc.","PowerEdge","R510","R510 2P X5570 750W","Computer Server","2U","Yes","2.0","2.0","Intel","Xeon X5570","2.93","64.0","14.0","5992.0","750.0","2.0","1.0","Windows Server 2008","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","82.3","90.0","92.4","91.10000000000001","0.82","0.9","0.95","0.98","324.2","329.7","333.7","N/A","100V / 60Hz","486.7",null,null,324,486,750,0.64800000000000002,{"$f":"$AO40+($AP40-$AO40)/100*'Server Efficiency'!$O$7","v":324.19439999999997},{"$f":"$AO40+($AP40-$AO40)/100*'Server Efficiency'!$H$25","v":324}]
[null,null,"Server","Dell Inc.","PowerEdge","R510","R510 2P X5670 750W","Computer Server","2U","Yes","2.0","2.0","Intel","Xeon X5670","2.93","128.0","14.0","8400.0","750.0","2.0","1.0","Windows Server 2008","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","82.3","90.0","92.4","91.10000000000001","0.82","0.9","0.95","0.98","357.2","360.3","373.0","N/A","100V / 60Hz","482.6",null,null,357,482,750,0.64266666666666672,{"$f":"$AO41+($AP41-$AO41)/100*'Server Efficiency'!$O$7","v":357.15},{"$f":"$AO41+($AP41-$AO41)/100*'Server Efficiency'!$H$25","v":357}]
[null,null,"Server","Dell Inc.","PowerEdge","R515","R515 2P AMD 4122  2ea 750W","Computer Server","2U","Yes","2.0","2.0","AMD","4122.0","2.2","16.0","8.0","16000.0","750.0","2.0","1.0","Microsoft WindowsÂ® Server 2003, 2008, Redhat Linux 5.3, Citrix ZenServer 5.0, Oracle Enterprise Linux 5.0, Suse Linux Server 11","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","82.3","90.2","92.4","91.10000000000001","0.82","0.9","0.95","0.98","192.9","196.5","198.5","N/A","100V / 60Hz","298.9",null,null,192,298,750,0.39733333333333332,{"$f":"$AO42+($AP42-$AO42)/100*'Server Efficiency'!$O$7","v":192.12719999999999},{"$f":"$AO42+($AP42-$AO42)/100*'Server Efficiency'!$H$25","v":192}]
[null,null,"Server","Dell Inc.","PowerEdge","R515","R515 2P AMD 4174  2ea 750W","Computer Server","2U","Yes","2.0","2.0","AMD","4174.0","2.3","8.0","12.0","24000.0","750.0","2.0","1.0","Microsoft WindowsÂ® Server 2003, 2008, Redhat Linux 5.3, Citrix ZenServer 5.0, Oracle Enterprise Linux 5.0, Suse Linux Server 11","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","82.3","90.2","92.4","91.10000000000001","0.82","0.9","0.95","0.98","201.0","201.8","205.6","N/A","100V / 60Hz","291.8",null,null,201,291,750,0.38800000000000001,{"$f":"$AO43+($AP43-$AO43)/100*'Server Efficiency'!$O$7","v":201.108},{"$f":"$AO43+($AP43-$AO43)/100*'Server Efficiency'!$H$25","v":201}]
[null,null,"Server","Dell Inc.","PowerEdge","R515","R515 2P AMD 4174  2ea 750W","Computer Server","2U","Yes","2.0","2.0","AMD","4174.0","2.3","8.0","6.0","3600.0","750.0","2.0","1.0","Microsoft WindowsÂ® Server 2003, 2008, Redhat Linux 5.3, Citrix ZenServer 5.0, Oracle Enterprise Linux 5.0, Suse Linux Server 11","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","82.3","90.2","92.4","91.10000000000001","0.82","0.9","0.95","0.98","158.4","184.1","165.0","N/A","100V / 60Hz","245.1",null,null,158,245,750,0.32666666666666666,{"$f":"$AO44+($AP44-$AO44)/100*'Server Efficiency'!$O$7","v":158.1044},{"$f":"$AO44+($AP44-$AO44)/100*'Server Efficiency'!$H$25","v":158}]
[null,null,"Server","Dell Inc.","PowerEdge","R515","R515 2P AMD 4180  2ea 750W","Computer Server","2U","Yes","2.0","2.0","AMD","4180.0","2.6","16.0","8.0","4800.0","750.0","2.0","1.0","Microsoft WindowsÂ® Server 2003, 2008, Redhat Linux 5.3, Citrix ZenServer 5.0, Oracle Enterprise Linux 5.0, Suse Linux Server 11","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","82.3","90.2","92.4","91.10000000000001","0.82","0.9","0.95","0.98","213.6","215.5","216.7","N/A","100V / 60Hz","420.9",null,null,213,420,750,0.56000000000000005,{"$f":"$AO45+($AP45-$AO45)/100*'Server Efficiency'!$O$7","v":213.2484},{"$f":"$AO45+($AP45-$AO45)/100*'Server Efficiency'!$H$25","v":213}]
[null,null,"Server","Dell Inc.","PowerEdge","R515","R515 2P AMD 4180  2ea 750W","Computer Server","2U","Yes","2.0","2.0","AMD","4180.0","2.6","8.0","6.0","6000.0","750.0","2.0","1.0","Microsoft WindowsÂ® Server 2003, 2008, Redhat Linux 5.3, Citrix ZenServer 5.0, Oracle Enterprise Linux 5.0, Suse Linux Server 11","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","82.3","90.2","92.4","91.10000000000001","0.82","0.9","0.95","0.98","152.4","154.2","155.6","N/A","100V / 60Hz","309.4",null,null,152,309,750,0.41199999999999998,{"$f":"$AO46+($AP46-$AO46)/100*'Server Efficiency'!$O$7","v":152.1884},{"$f":"$AO46+($AP46-$AO46)/100*'Server Efficiency'!$H$25","v":152}]
[null,null,"Server","Dell Inc.","PowerEdge","R610","R610 2P E5620 717W","Computer Server","1U","Yes","2.0","2.0","Intel","Xeon E5620","2.4","12.0","4.0","584.0","717.0","2.0","1.0","Windows Server 2008","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","77.2","85.6","90.60000000000001","90.0","0.8","0.94","0.98","0.99","107.8","111.6","111.7","N/A","100V / 60Hz","242.5",null,null,107,242,717,0.33751743375174337,{"$f":"$AO47+($AP47-$AO47)/100*'Server Efficiency'!$O$7","v":107.16200000000001},{"$f":"$AO47+($AP47-$AO47)/100*'Server Efficiency'!$H$25","v":107}]
[null,null,"Server","Dell Inc.","PowerEdge","R710","R710 2P E5620 570W","Computer Server","2U","Yes","2.0","2.0","Intel","Xeon E5620","2.4","12.0","4.0","584.0","570.0","2.0","1.0","Windows Server 2008","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","81.5","88.1","92.0","91.5","0.72","0.92","0.98","0.99","112.2","113.9","114.4","N/A","100V / 60Hz","241.8",null,null,112,241,570,0.42280701754385963,{"$f":"$AO48+($AP48-$AO48)/100*'Server Efficiency'!$O$7","v":112.15479999999999},{"$f":"$AO48+($AP48-$AO48)/100*'Server Efficiency'!$H$25","v":112}]
[null,null,"Server","Dell Inc.","PowerEdge","R710","R710 2P E5620 870W","Computer Server","2U","Yes","2.0","2.0","Intel","Xeon E5620","2.4","12.0","4.0","584.0","870.0","2.0","1.0","Windows Server 2008","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","77.7","87.1","91.5","91.10000000000001","0.71","0.87","0.97","0.99","124.1","122.4","128.7","N/A","100V / 60Hz","252.2",null,null,124,252,870,0.28965517241379313,{"$f":"$AO49+($AP49-$AO49)/100*'Server Efficiency'!$O$7","v":124.1536},{"$f":"$AO49+($AP49-$AO49)/100*'Server Efficiency'!$H$25","v":124}]
[null,null,"Server","Dell Inc.","PowerEdge","PowerEdge R715","R715","1 or 2 Socket Server","Other","Yes","2","2","AMD","Opteron Processor 6274","2.20","32.00","2","294.00","1100","2","2","Microsoft Window Server 2008","Power capping,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Power capping,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.90","0.93","0.95","0.93","0.90","0.96","0.99","0.99","201.53","215.77","218.51","0","115 Vac, 60 Hz","373.20","2011-11-16","2012-02-29",201,373,1100,0.33909090909090911,{"$f":"$AO50+($AP50-$AO50)/100*'Server Efficiency'!$O$7","v":201.2064},{"$f":"$AO50+($AP50-$AO50)/100*'Server Efficiency'!$H$25","v":201}]
[null,null,"Server","Dell Inc.","PowerEdge","R910","R910 4P E7540 1100W","Computer Server","Other","Yes","4.0","4.0","Intel","Xeon E7540","2.0","128.0","4.0","588.0","1100.0","4.0","2.0","Windows Server 2008","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power I/O states","81.6","89.2","92.30000000000001","90.7","0.88","0.93","0.964","0.989","614.1","607.9","613.5","N/A","115V / 60Hz","829.1",null,null,614,829,1100,0.75363636363636366,{"$f":"$AO51+($AP51-$AO51)/100*'Server Efficiency'!$O$7","v":614.25800000000004},{"$f":"$AO51+($AP51-$AO51)/100*'Server Efficiency'!$H$25","v":614}]
[null,null,"Server","Dell Inc.","PowerEdge","T310","T310 1P X3430 400W","Computer Server","Pedestal","Yes","1.0","1.0","Intel","Xeon X3430","2.4","4.0","4.0","500.0","400.0","2.0","1.0","Windows Server 2008","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","75.6","86.8","90.2","90.3","0.96","0.99","0.99","0.99","79.6","80.0","81.4","N/A","100V / 60Hz","131.9",null,null,79,131,400,0.32750000000000001,{"$f":"$AO52+($AP52-$AO52)/100*'Server Efficiency'!$O$7","v":79.062399999999997},{"$f":"$AO52+($AP52-$AO52)/100*'Server Efficiency'!$H$25","v":79}]
[null,null,"Server","Dell Inc.","PowerEdge","T410","T410 2P X5560 580W","Computer Server","Pedestal","Yes","2.0","2.0","Intel","Xeon X5560","2.8","64.0","6.0","3600.0","580.0","2.0","1.0","Windows Server 2008","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","83.3","89.3","92.2","90.9","0.86","0.94","0.97","0.99","244.4","243.1","250.0","N/A","100V / 60Hz","442.7",null,null,244,442,580,0.76206896551724135,{"$f":"$AO53+($AP53-$AO53)/100*'Server Efficiency'!$O$7","v":244.23759999999999},{"$f":"$AO53+($AP53-$AO53)/100*'Server Efficiency'!$H$25","v":244}]
[null,null,"Server","Dell Inc.","PowerEdge","T410","T410 2P X5660 580W","Computer Server","Pedestal","Yes","2.0","2.0","Intel","Intel X5660","2.8","128.0","6.0","2700.0","580.0","2.0","1.0","Windows Server 2008","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","83.3","89.3","92.2","90.9","0.86","0.94","0.97","0.99","247.8","247.5","248.2","N/A","100V / 60Hz","469.8",null,null,247,469,580,0.80862068965517242,{"$f":"$AO54+($AP54-$AO54)/100*'Server Efficiency'!$O$7","v":247.2664},{"$f":"$AO54+($AP54-$AO54)/100*'Server Efficiency'!$H$25","v":247}]
[null,null,"Server","Dell Inc.","PowerEdge","T410","T410 580W","Computer Server","Pedestal","Yes","2.0","2.0","Intel","Xeon E5620","2.4","4.0","2.0","480.0","580.0","2.0","1.0","Windows Server 2008","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","83.3","89.3","92.2","90.9","0.86","0.94","0.97","0.99","107.8","106.9","107.8","N/A","115V / 60Hz","181.3",null,null,107,181,580,0.31206896551724139,{"$f":"$AO55+($AP55-$AO55)/100*'Server Efficiency'!$O$7","v":107.08880000000001},{"$f":"$AO55+($AP55-$AO55)/100*'Server Efficiency'!$H$25","v":107}]
[null,null,"Server","Dell Inc.","PowerEdge","T610","T610 2P E5540 570W","Computer Server","Pedestal","Yes","2.0","2.0","Intel","Xeon E5540","2.53","12.0","4.0","584.0","570.0","2.0","1.0","Windows Server 2008","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","81.5","88.1","92.0","91.5","0.72","0.92","0.98","0.99","124.4","126.2","125.2","N/A","100V / 60Hz","259.8",null,null,124,259,570,0.45438596491228073,{"$f":"$AO56+($AP56-$AO56)/100*'Server Efficiency'!$O$7","v":124.16200000000001},{"$f":"$AO56+($AP56-$AO56)/100*'Server Efficiency'!$H$25","v":124}]
[null,null,"Server","Dell Inc.","PowerEdge","T710","T710 2P E5520 1100W","Computer Server","Pedestal","Yes","2.0","2.0","Intel","Xeon E5520","2.26","24.0","12.0","1168.0","1100.0","2.0","1.0","Windows Server 2003","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","81.6","89.2","92.30000000000001","90.7","0.88","0.93","0.964","0.986","190.5","194.2","197.5","N/A","115V / 60Hz","322.3",null,null,190,322,1100,0.29272727272727272,{"$f":"$AO57+($AP57-$AO57)/100*'Server Efficiency'!$O$7","v":190.1584},{"$f":"$AO57+($AP57-$AO57)/100*'Server Efficiency'!$H$25","v":190}]
[null,null,"Server","Dell Inc.","PowerEdge","T710","T710 2P E5620 1100W","Computer Server","Pedestal","Yes","2.0","2.0","Intel","Xeon E5620","2.4","24.0","12.0","1168.0","1100.0","2.0","1.0","Windows Server 2003","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states, low power I/O states","85.0","90.3","92.60000000000001","90.3","0.8","0.91","0.97","0.99","179.3","182.1","183.8","N/A","115V / 60Hz","317.9",null,null,179,317,1100,0.28818181818181821,{"$f":"$AO58+($AP58-$AO58)/100*'Server Efficiency'!$O$7","v":179.16560000000001},{"$f":"$AO58+($AP58-$AO58)/100*'Server Efficiency'!$H$25","v":179}]
[null,null,"Server","Fujitsu Technology Solutions GmbH","Fujitsu","PRIMERGY RX200 S5","LKN:R2005S0010IN","Computer Server","1U","Yes","2.0","2.0","Intel","Xeon","2.7","12.0","2.0","146.0","770.0","2.0","1.0","MS Windows Server 2008 Enterprise Edition, SP2","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, variable speed fan control","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, variable speed fan control","75.6","85.2","89.4","89.4","0.927","0.969","0.995","0.998","161.9","N/A","N/A","N/A","230V / 50Hz","309.4",null,null,161,309,770,0.40129870129870132,{"$f":"$AO59+($AP59-$AO59)/100*'Server Efficiency'!$O$7","v":161.17760000000001},{"$f":"$AO59+($AP59-$AO59)/100*'Server Efficiency'!$H$25","v":161}]
[null,null,"Server","Fujitsu Technology Solutions GmbH","Fujitsu","PRIMERGY RX300 S5","LKN:R3005S0021IN","Computer Server","2U","Yes","2.0","2.0","Intel","Xeon","2.7","12.0","1.0","120.0","800.0","2.0","1.0","MS Windows Server 2008 Enterprise Edition, SP2","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, variable speed fan control","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, variable speed fan control","84.39999999999999","89.60000000000001","92.2","90.9","0.819","0.921","0.974","0.989","135.3","N/A","N/A","N/A","230V / 50Hz","262.2",null,null,135,262,800,0.32750000000000001,{"$f":"$AO60+($AP60-$AO60)/100*'Server Efficiency'!$O$7","v":135.1524},{"$f":"$AO60+($AP60-$AO60)/100*'Server Efficiency'!$H$25","v":135}]
[null,null,"Server","Fujitsu Technology Solutions GmbH","Fujitsu","PRIMERGY TX200 S5","LKN:T2005S0003IN","Computer Server","Pedestal","Yes","2.0","2.0","Intel","Xeon","2.3","12.0","2.0","600.0","800.0","2.0","1.0","MS Windows Server 2008 Enterprise Edition, SP2","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, variable speed fan control","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, variable speed fan control","77.7","87.0","90.2","88.8","0.85","0.93","0.97","0.99","184.6","N/A","N/A","N/A","230V / 50Hz","284.5",null,null,184,284,800,0.35499999999999998,{"$f":"$AO61+($AP61-$AO61)/100*'Server Efficiency'!$O$7","v":184.12},{"$f":"$AO61+($AP61-$AO61)/100*'Server Efficiency'!$H$25","v":184}]
[null,null,"Server","Fujitsu Technology Solutions GmbH","Fujitsu","PRIMERGY TX300 S5","LKN:T3005S0002IN","Computer Server","Pedestal","Yes","2.0","2.0","Intel","Xeon","2.7","12.0","1.0","250.0","800.0","2.0","1.0","MS Windows Server 2008 Enterprise Edition, SP2","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, variable speed fan control","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, variable speed fan control","77.7","87.0","90.2","88.8","0.85","0.93","0.97","0.99","161.3","N/A","N/A","N/A","230V / 50Hz","302.2",null,null,161,302,800,0.3775,{"$f":"$AO62+($AP62-$AO62)/100*'Server Efficiency'!$O$7","v":161.16919999999999},{"$f":"$AO62+($AP62-$AO62)/100*'Server Efficiency'!$H$25","v":161}]
[null,null,"Server","Fujitsu Technology Solutions GmbH","Fujitsu","PRIMERGY RX100 S6 E-StarFam1","PRIMERGY RX100 S6 E-StarFam1","Computer Server","1U","Yes","1.0","1.0","Intel","Core i3-540","3.1","2.0","0.0","0.0","350.0","1.0","0.0","MS Windows Server 2008 R2 Enterprise Edition, Vers. 6.1 (Build 7600)","Dynamic voltage and frequency scaling of processors, processor/core reduced power states, variable speed fan control","Dynamic voltage and frequency scaling of processors, processor/core reduced power states, variable speed fan control","79.10000000000001","87.3","90.4","89.1","0.74","0.88","0.97","0.99","51.1","51.4","N/A","N/A","230V / 50Hz","76.6",null,null,51,76.599999999999994,350,0.21885714285714283,{"$f":"$AO63+($AP63-$AO63)/100*'Server Efficiency'!$O$7","v":51.030720000000002},{"$f":"$AO63+($AP63-$AO63)/100*'Server Efficiency'!$H$25","v":51}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL380 G6","491315-xx1","Computer Server","2U","Yes","2.0","2.0","Intel","X5560","2.8","12.0","1.0","120.0","750.0","1.0","1.0","Windows Server 2008 Enterprise SP1","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, variable speed fan control, low power memory states","Dynamic voltage and frequency scaling of processors, power capping, variable speed fan control","86.1","90.3","92.7","91.10000000000001","0.792","0.862","0.927","0.963","138.9","N/A","N/A","N/A","230V / 50Hz","270.8",null,null,138,270,750,0.36,{"$f":"$AO64+($AP64-$AO64)/100*'Server Efficiency'!$O$7","v":138.1584},{"$f":"$AO64+($AP64-$AO64)/100*'Server Efficiency'!$H$25","v":138}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL380 G6","491316-xx1","Computer Server","2U","Yes","2.0","2.0","Intel","X5550","2.7","12.0","1.0","120.0","750.0","1.0","1.0","Windows Server 2008 Enterprise SP1","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, variable speed fan control, low power memory states","Dynamic voltage and frequency scaling of processors, power capping, variable speed fan control","86.1","90.3","92.7","91.10000000000001","0.792","0.862","0.927","0.963","139.0","N/A","N/A","N/A","230V / 50Hz","260.6",null,null,139,260,750,0.34666666666666668,{"$f":"$AO65+($AP65-$AO65)/100*'Server Efficiency'!$O$7","v":139.14519999999999},{"$f":"$AO65+($AP65-$AO65)/100*'Server Efficiency'!$H$25","v":139}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL380 G6","491335-xx1","Computer Server","2U","Yes","2.0","1.0","Intel","L5520","2.26","4.0","1.0","120.0","750.0","1.0","0.0","Windows Server 2008 Enterprise SP1","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, variable speed fan control, low power memory states","Dynamic voltage and frequency scaling of processors, power capping, variable speed fan control","85.5","90.10000000000001","92.2","91.60000000000001","0.816","0.923","0.956","0.982","68.7","N/A","N/A","N/A","230V / 50Hz","106.2",null,null,68,106,750,0.14133333333333334,{"$f":"$AO66+($AP66-$AO66)/100*'Server Efficiency'!$O$7","v":68.045599999999993},{"$f":"$AO66+($AP66-$AO66)/100*'Server Efficiency'!$H$25","v":68}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL360 G6","504633-xx1","Computer Server","1U","Yes","2.0","2.0","Intel","X5550","2.7","12.0","1.0","120.0","750.0","1.0","1.0","Windows Server 2008 Enterprise SP1","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, variable speed fan control, low power memory states","Dynamic voltage and frequency scaling of processors, power capping, variable speed fan control","85.5","90.10000000000001","92.2","91.60000000000001","0.816","0.923","0.956","0.982","130.3","N/A","N/A","N/A","230V / 50Hz","233.0",null,null,130,233,750,0.31066666666666665,{"$f":"$AO67+($AP67-$AO67)/100*'Server Efficiency'!$O$7","v":130.12360000000001},{"$f":"$AO67+($AP67-$AO67)/100*'Server Efficiency'!$H$25","v":130}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL385 G7","573087-xx1 ( 573087-001 in US)","Computer Server","2U","Yes","2.0","2.0","AMD","6174.0","2.2","16.0","1.0","72.0","750.0","2.0","1.0","Window Advanced/Enterprise 2008 Server 6.00.6002 (SP2)","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, variable speed fan control","86.1","90.3","92.7","91.10000000000001","0.792","0.862","0.927","0.963","133.4","N/A","N/A","N/A","230V / 50Hz","270.8",null,null,133,270,750,0.36,{"$f":"$AO68+($AP68-$AO68)/100*'Server Efficiency'!$O$7","v":133.1644},{"$f":"$AO68+($AP68-$AO68)/100*'Server Efficiency'!$H$25","v":133}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL360 G7","579239-xx1 (579239-001 in US)","Computer Server","1U","Yes","2.0","2.0","Intel","X5650","2.66","12.0","1.0","72.0","460.0","2.0","1.0","Window Advanced/Enterprise 2008 Server 6.00.6002 (SP2)","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, variable speed fan control","85.5","90.10000000000001","92.2","91.60000000000001","0.816","0.923","0.956","0.982","103.0","N/A","N/A","N/A","230V / 50Hz","270.9",null,null,103,270,460,0.58695652173913049,{"$f":"$AO69+($AP69-$AO69)/100*'Server Efficiency'!$O$7","v":103.2004},{"$f":"$AO69+($AP69-$AO69)/100*'Server Efficiency'!$H$25","v":103}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL380 G7","583966-xx1 (583966-001 in US)","Computer Server","2U","Yes","2.0","2.0","Intel","X5650","2.7","12.0","1.0","72.0","750.0","2.0","1.0","Window Advanced/Enterprise 2008 Server 6.00.6002 (SP2)","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, variable speed fan control","86.1","90.3","92.7","91.10000000000001","0.792","0.862","0.927","0.963","113.5","N/A","N/A","N/A","230V / 50Hz","269.8",null,null,113,269,750,0.35866666666666669,{"$f":"$AO70+($AP70-$AO70)/100*'Server Efficiency'!$O$7","v":113.1872},{"$f":"$AO70+($AP70-$AO70)/100*'Server Efficiency'!$H$25","v":113}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL380 G7","583970-xx1 (583970-001 in US)","Computer Server","2U","Yes","2.0","2.0","Intel","X5660","2.7","12.0","1.0","72.0","750.0","2.0","1.0","Window Advanced/Enterprise 2008 Server 6.00.6002 (SP2)","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, variable speed fan control","86.1","90.3","92.7","91.10000000000001","0.792","0.862","0.927","0.963","112.8","N/A","N/A","N/A","230V / 50Hz","274.3",null,null,112,274,750,0.36533333333333334,{"$f":"$AO71+($AP71-$AO71)/100*'Server Efficiency'!$O$7","v":112.1944},{"$f":"$AO71+($AP71-$AO71)/100*'Server Efficiency'!$H$25","v":112}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL385pGen8","642135-xx1","1 or 2 Socket Server","Rackmount","Yes","2","2","AMD","Opteron 6272","2.100","32.0000","1","146.0000","750","2","1","Windows 2008 Server R2","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.89","0.93","0.94","0.92","0.96","0.97","0.99","1.00","150.6000",null,null,null,"230 Vac, 50 Hz","280.0000","2012-07-26","2012-07-12",150,280,750,0.37333333333333335,{"$f":"$AO72+($AP72-$AO72)/100*'Server Efficiency'!$O$7","v":150.15600000000001},{"$f":"$AO72+($AP72-$AO72)/100*'Server Efficiency'!$H$25","v":150}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL385pGen8","642136-xx1","1 or 2 Socket Server","Rackmount","Yes","2","2","AMD","Opteron 6238","2.600","32.0000","1","300.0000","750","2","1","Windows 2008 Server R2","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.89","0.92","0.95","0.93","0.91","0.97","0.99","1.00","100.1000",null,null,null,"230 Vac, 50 Hz","237.5000","2012-07-26","2012-07-12",100,237,750,0.316,{"$f":"$AO73+($AP73-$AO73)/100*'Server Efficiency'!$O$7","v":100.1644},{"$f":"$AO73+($AP73-$AO73)/100*'Server Efficiency'!$H$25","v":100}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL380eGen8","668669-xx1","1 or 2 Socket Server","Rackmount","Yes","2","2","Intel","E5-2450","2.100","24.0000","1","600.0000","750","2","1","Windows 2008 Server R2","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.89","0.93","0.94","0.92","0.96","0.99","0.97","1.00","93.6000",null,null,null,"230 Vac, 50 Hz","203.7000","2012-07-13","2012-07-11",93,203,750,{"$f":"AP74/AQ74","v":0.27066666666666667},{"$f":"$AO74+($AP74-$AO74)/100*'Server Efficiency'!$O$7","v":93.132000000000005},{"$f":"$AO74+($AP74-$AO74)/100*'Server Efficiency'!$H$25","v":93}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL360eGen8","668815-xx1","1 or 2 Socket Server","Rackmount","Yes","2","2","Intel","E5-2430","2.200","24.0000","1","300.0000","460","2","1","Windows 2008 Server R2","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.85","0.90","0.92","0.92","0.81","0.96","0.94","0.98","84.0000",null,null,null,"230 Vac, 50 Hz","173.9000","2012-07-13","2012-07-12",{"$f":"VALUE(LEFT(AG75,3))","v":84},{"$f":"VALUE(LEFT(AL75,4))","v":173},{"$f":"VALUE(LEFT(S75,4))","v":460},0.37608695652173912,{"$f":"$AO75+($AP75-$AO75)/100*'Server Efficiency'!$O$7","v":84.106800000000007},{"$f":"$AO75+($AP75-$AO75)/100*'Server Efficiency'!$H$25","v":84}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL360eGen8","686212-S01","1 or 2 Socket Server","Rackmount","Yes","2","2","Intel","E5-2440","2.400","32.0000","1","300.0000","460","2","1","Windows 2008 Server R2","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.85","0.90","0.92","0.92","0.81","0.94","0.96","0.98","87.2500",null,null,null,"230 Vac, 50 Hz","190.4400","2012-07-13","2012-07-12",87,190,460,0.41304347826086957,{"$f":"$AO76+($AP76-$AO76)/100*'Server Efficiency'!$O$7","v":87.123599999999996},{"$f":"$AO76+($AP76-$AO76)/100*'Server Efficiency'!$H$25","v":87}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL385pGen8","703931-xx1","1 or 2 Socket Server","Rackmount","Yes","2","2","AMD","Opteron 6344","2.60","32.0","1","300.0","750","2","1","Windows 2008 Server R2","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.89","0.92","0.95","0.93","0.91","0.97","0.99","1.00","100.6",null,null,null,"230 Vac, 50 Hz","233.9","2012-12-04","2012-12-19",100,233,750,0.31066666666666665,{"$f":"$AO77+($AP77-$AO77)/100*'Server Efficiency'!$O$7","v":100.1596},{"$f":"$AO77+($AP77-$AO77)/100*'Server Efficiency'!$H$25","v":100}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL385pGen8","703932-xx1","1 or 2 Socket Server","Rackmount","Yes","2","2","AMD","Opteron 6376","2.30","32.0","1","300.0","750","2","1","Windows 2008 Server R2","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.89","0.92","0.95","0.93","0.91","0.97","0.99","1.00","112.2",null,null,null,"230 Vac, 50 Hz","253.0","2012-12-04","2012-12-18",112,253,750,0.33733333333333332,{"$f":"$AO78+($AP78-$AO78)/100*'Server Efficiency'!$O$7","v":112.1692},{"$f":"$AO78+($AP78-$AO78)/100*'Server Efficiency'!$H$25","v":112}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL380pGen8 (BTO 642105-xx1)","BTO 642105-xx1","1 or 2 Socket Server","Rackmount","Yes","2","2","Intel","Xeon E5-2665","2.40","32.0","1","1000.0","750","2","1","Windows 2008 Server R2","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.89","0.93","0.94","0.92","0.96","0.97","0.99","1.00","107.4",null,null,null,"230 Vac, 50 Hz","239.5","2012-03-15","2012-03-05",107,239,750,0.31866666666666665,{"$f":"$AO79+($AP79-$AO79)/100*'Server Efficiency'!$O$7","v":107.1584},{"$f":"$AO79+($AP79-$AO79)/100*'Server Efficiency'!$H$25","v":107}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL380pGen8 (BTO 642106-xx1)","BTO 642106-xx1","1 or 2 Socket Server","Rackmount","Yes","2","2","Intel","Xeon E5-2650","2.00","32.0","1","1000.0","750","2","1","Windows 2008 Server R2","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.89","0.93","0.94","0.92","0.96","0.97","0.99","1.00","103.0",null,null,null,"230 Vac, 50 Hz","205.0","2012-03-15","2012-03-05",103,205,750,0.27333333333333332,{"$f":"$AO80+($AP80-$AO80)/100*'Server Efficiency'!$O$7","v":103.1224},{"$f":"$AO80+($AP80-$AO80)/100*'Server Efficiency'!$H$25","v":103}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","ML350pGen8 (BTO 646678-xx1)","BTO 646678-xx1","1 or 2 Socket Server","Tower/Pedestal","Yes","2","2","Intel","Xeon E5-2640","2.50","16.0","1","1000.0","750","2","1","Windows 2008 Server R2","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.89","0.93","0.94","0.92","0.96","0.97","0.99","1.00","142.2",null,null,null,"230 Vac, 50 Hz","252.8","2012-03-15","2012-03-02",142,252,750,0.33600000000000002,{"$f":"$AO81+($AP81-$AO81)/100*'Server Efficiency'!$O$7","v":142.13200000000001},{"$f":"$AO81+($AP81-$AO81)/100*'Server Efficiency'!$H$25","v":142}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","ML350pGen8 (BTO 646678-xx1)","BTO 646678-xx1","Computer Server","5U","Yes","2.0","2.0","Intel","E5-2640","2.5","16.0","1.0","1000.0","750.0","2.0","1.0","Windows 2008 Server R2","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, variable speed fan control","88.68","92.81","94.12","92.33","0.96","0.97","0.99","1.0","142.2","N/A","N/A","N/A","230V / 50Hz","252.8",null,null,142,252,750,0.33600000000000002,{"$f":"$AO82+($AP82-$AO82)/100*'Server Efficiency'!$O$7","v":142.13200000000001},{"$f":"$AO82+($AP82-$AO82)/100*'Server Efficiency'!$H$25","v":142}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL360pGen8 (BTO 646904-xx1)","BTO 646904-xx1","1 or 2 Socket Server","Rackmount","Yes","2","2","Intel","Xeon E5-2650","2.00","32.0","1","300.0","460","2","1","Windows 2008 Server R2","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.88","0.92","0.94","0.93","0.97","0.98","1.00","1.00","87.4",null,null,null,"230 Vac, 50 Hz","190.9","2012-03-15","2012-03-09",87,190,460,0.41304347826086957,{"$f":"$AO83+($AP83-$AO83)/100*'Server Efficiency'!$O$7","v":87.123599999999996},{"$f":"$AO83+($AP83-$AO83)/100*'Server Efficiency'!$H$25","v":87}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL360pGen8 (BTO 646905-xx1)","BTO 646905-xx1","1 or 2 Socket Server","Rackmount","Yes","2","2","Intel","Xeon E5-2690","2.90","32.0","1","300.0","750","2","1","Windows 2008 Server R2","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.89","0.93","0.94","0.92","0.96","0.97","0.99","1.00","93.7",null,null,null,"230 Vac, 50 Hz","282.2","2012-03-15","2012-03-09",93,282,750,0.376,{"$f":"$AO84+($AP84-$AO84)/100*'Server Efficiency'!$O$7","v":93.226799999999997},{"$f":"$AO84+($AP84-$AO84)/100*'Server Efficiency'!$H$25","v":93}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL160Gen8 (BTO 662084-xx1)","BTO 662084-xx1","1 or 2 Socket Server","Rackmount","Yes","2","2","Intel","Xeon E5-2650","2.00","16.0","1","72.0","500","1","0","Windows 2008 Server R2","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.90","0.92","0.89","0.99","1.00","1.00","1.00","92.2",null,null,null,"230 Vac, 50 Hz","180.6","2012-03-15","2012-03-07",92,180,500,0.36,{"$f":"$AO85+($AP85-$AO85)/100*'Server Efficiency'!$O$7","v":92.105599999999995},{"$f":"$AO85+($AP85-$AO85)/100*'Server Efficiency'!$H$25","v":92}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL380pGen8 (BTO 662257-xx1)","BTO 662257-xx1","1 or 2 Socket Server","Rackmount","Yes","2","2","Intel","Xeon E5-2690","2.90","32.0","1","1000.0","750","2","1","Windows 2008 Server R2","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.89","0.93","0.94","0.92","0.96","0.97","0.99","1.00","109.0",null,null,null,"230 Vac, 50 Hz","276.2","2012-03-15","2012-03-05",109,276,750,0.36799999999999999,{"$f":"$AO86+($AP86-$AO86)/100*'Server Efficiency'!$O$7","v":109.2004},{"$f":"$AO86+($AP86-$AO86)/100*'Server Efficiency'!$H$25","v":109}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","ML310eGen8","BTO 674787-xx1","1 or 2 Socket Server","Tower/Pedestal","Yes","1","1","Intel","E3-1240v2","3.40","4.0","1","2000.0","460","1","0","Windows 2008 Server R2","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.85","0.90","0.92","0.92","0.81","0.96","0.94","0.98","43.4",null,null,null,"230 Vac, 50 Hz","76.3","2012-09-24","2012-09-26",43,76.3,460,0.1658695652173913,{"$f":"$AO87+($AP87-$AO87)/100*'Server Efficiency'!$O$7","v":43.039960000000001},{"$f":"$AO87+($AP87-$AO87)/100*'Server Efficiency'!$H$25","v":43}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL360pGen8 (BTO 677198-xx1)","BTO 677198-xx1","1 or 2 Socket Server","Rackmount","Yes","2","2","Intel","Xeon E5-2603","1.80","8.0","1","300.0","460","1","0","Windows 2008 Server R2","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.88","0.92","0.94","0.93","0.97","0.98","1.00","1.00","76.9",null,null,null,"230 Vac, 50 Hz","102.0","2012-03-15","2012-03-09",76,102,460,0.22173913043478261,{"$f":"$AO88+($AP88-$AO88)/100*'Server Efficiency'!$O$7","v":76.031199999999998},{"$f":"$AO88+($AP88-$AO88)/100*'Server Efficiency'!$H$25","v":76}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL360pGen8 (BTO 677199-xx1)","BTO 677199-xx1","1 or 2 Socket Server","Rackmount","Yes","2","2","Intel","Xeon E5-2630","2.30","16.0","1","300.0","460","1","0","Windows 2008 Server R2","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.88","0.92","0.94","0.93","0.97","0.98","1.00","1.00","86.2",null,null,null,"230 Vac, 50 Hz","193.9","2012-03-15","2012-03-09",86,193,460,0.41956521739130437,{"$f":"$AO89+($AP89-$AO89)/100*'Server Efficiency'!$O$7","v":86.128399999999999},{"$f":"$AO89+($AP89-$AO89)/100*'Server Efficiency'!$H$25","v":86}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL380pGen8 (BTO 677278-xx1)","BTO 677278-xx1","1 or 2 Socket Server","Rackmount","Yes","2","2","Intel","Xeon E5-2630 ","2.30","32.0","1","1000.0","460","1","0","Windows 2008 Server R2","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.88","0.92","0.94","0.93","0.97","0.98","1.00","1.00","89.8",null,null,null,"230 Vac, 50 Hz","198.9","2012-03-15","2012-03-02",89,198,460,0.43043478260869567,{"$f":"$AO90+($AP90-$AO90)/100*'Server Efficiency'!$O$7","v":89.130799999999994},{"$f":"$AO90+($AP90-$AO90)/100*'Server Efficiency'!$H$25","v":89}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL380pGen8 (BTO 677278-xx1)","BTO 677278-xx1","Computer Server","2U","Yes","2.0","2.0","Intel","E5-2630","2.3","16.0","1.0","1000.0","460.0","1.0","0.0","Windows 2008 Server R2","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control, low power memory states","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, variable speed fan control","88.47","91.84","94.16","92.96","0.97","0.98","1.0","1.0","89.8","N/A","N/A","N/A","230V / 50Hz","198.9",null,null,89,198,460,0.43043478260869567,{"$f":"$AO91+($AP91-$AO91)/100*'Server Efficiency'!$O$7","v":89.130799999999994},{"$f":"$AO91+($AP91-$AO91)/100*'Server Efficiency'!$H$25","v":89}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","ML350pGen8 (BTO 678237-xx1)","BTO 678237-xx1","1 or 2 Socket Server","Tower/Pedestal","Yes","2","2","Intel","Xeon E5-2650","2.00","16.0","1","1000.0","750","2","1","Windows 2008 Server R2","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.89","0.93","0.94","0.92","0.96","0.97","0.99","1.00","99.6",null,null,null,"230 Vac, 50 Hz","209.2","2012-03-15","2012-03-05",99,209,750,0.27866666666666667,{"$f":"$AO92+($AP92-$AO92)/100*'Server Efficiency'!$O$7","v":99.132000000000005},{"$f":"$AO92+($AP92-$AO92)/100*'Server Efficiency'!$H$25","v":99}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL360 G7","DL360 G7","1 or 2 Socket Server","Rackmount","Yes","2","2","Intel","X5650","2.66","96.0","0","0.0","460","1","0","Windows 2008 Server","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.82","0.89",".93",".92","0.8","0.97","0.9","0.98","204.4","208.55","0.0","0.0","115 Vac, 60 Hz","301.0","2010-03-01","2011-07-25",204,301,460,0.65434782608695652,{"$f":"$AO93+($AP93-$AO93)/100*'Server Efficiency'!$O$7","v":204.1164},{"$f":"$AO93+($AP93-$AO93)/100*'Server Efficiency'!$H$25","v":204}]
[null,null,"Server","Hewlett-Packard Company","Hewlett-Packard","DL585 G7","DL585 G7","3 or 4 Socket Server","Rackmount","Yes","4","4","AMD","Opteron 6168","1.9","64.0","0","0.0","1200","1","0","Windows 2008 Server","Variable speed fan control based on power or thermal readings,Power capping,Low power memory states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.89",".93",".94",".93","0.91","0.99","0.96","1.0","257.63","265.72","0.0","0.0","115 Vac, 60 Hz","396.0","2010-07-14","2011-07-14",257,396,1200,0.33,{"$f":"$AO94+($AP94-$AO94)/100*'Server Efficiency'!$O$7","v":257.16680000000002},{"$f":"$AO94+($AP94-$AO94)/100*'Server Efficiency'!$H$25","v":257}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TD330","0442XXXX","1 or 2 Socket Server","Tower/Pedestal","No","2","1","Intel","Xeon E5-2470","2.3","4.0","1","1024.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","53.9","54.9","54.3",null,"115 Vac, 60 Hz","96.5","2012-09-26","2012-10-15",53,96.5,800,0.120625,{"$f":"$AO95+($AP95-$AO95)/100*'Server Efficiency'!$O$7","v":53.052199999999999},{"$f":"$AO95+($AP95-$AO95)/100*'Server Efficiency'!$H$25","v":53}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TD330","0442XXXX.","1 or 2 Socket Server","Tower/Pedestal","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","1024.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","70.3","70.5","72.3",null,"115 Vac, 60 Hz","118.0","2012-09-26","2012-10-15",70,118,800,0.14749999999999999,{"$f":"$AO96+($AP96-$AO96)/100*'Server Efficiency'!$O$7","v":70.057599999999994},{"$f":"$AO96+($AP96-$AO96)/100*'Server Efficiency'!$H$25","v":70}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TD330","0443XXXX","1 or 2 Socket Server","Tower/Pedestal","No","2","1","Intel","Xeon E5-2470","2.3","4.0","1","1024.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","53.9","54.9","54.3",null,"115 Vac, 60 Hz","96.5","2012-09-26","2012-10-15",53,96.5,800,0.120625,{"$f":"$AO97+($AP97-$AO97)/100*'Server Efficiency'!$O$7","v":53.052199999999999},{"$f":"$AO97+($AP97-$AO97)/100*'Server Efficiency'!$H$25","v":53}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TD330","0443XXXX.","1 or 2 Socket Server","Tower/Pedestal","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","1024.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","70.3","70.5","72.3",null,"115 Vac, 60 Hz","118.0","2012-09-26","2012-10-15",70,118,800,0.14749999999999999,{"$f":"$AO98+($AP98-$AO98)/100*'Server Efficiency'!$O$7","v":70.057599999999994},{"$f":"$AO98+($AP98-$AO98)/100*'Server Efficiency'!$H$25","v":70}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TD330","1256XXXX","1 or 2 Socket Server","Tower/Pedestal","No","2","1","Intel","Xeon E5-2470","2.3","4.0","1","1024.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","53.9","54.9","54.3",null,"115 Vac, 60 Hz","96.5","2012-09-26","2012-10-15",53,96.5,800,0.120625,{"$f":"$AO99+($AP99-$AO99)/100*'Server Efficiency'!$O$7","v":53.052199999999999},{"$f":"$AO99+($AP99-$AO99)/100*'Server Efficiency'!$H$25","v":53}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TD330","1256XXXX.","1 or 2 Socket Server","Tower/Pedestal","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","1024.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","70.3","70.5","72.3",null,"115 Vac, 60 Hz","118.0","2012-09-26","2012-10-15",70,118,800,0.14749999999999999,{"$f":"$AO100+($AP100-$AO100)/100*'Server Efficiency'!$O$7","v":70.057599999999994},{"$f":"$AO100+($AP100-$AO100)/100*'Server Efficiency'!$H$25","v":70}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TD330","1261XXXX","1 or 2 Socket Server","Tower/Pedestal","No","2","1","Intel","Xeon E5-2470","2.3","4.0","1","1024.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","53.9","54.9","54.3",null,"115 Vac, 60 Hz","96.5","2012-09-26","2012-10-15",53,96.5,800,0.120625,{"$f":"$AO101+($AP101-$AO101)/100*'Server Efficiency'!$O$7","v":53.052199999999999},{"$f":"$AO101+($AP101-$AO101)/100*'Server Efficiency'!$H$25","v":53}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TD330","1261XXXX.","1 or 2 Socket Server","Tower/Pedestal","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","1024.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","70.3","70.5","72.3",null,"115 Vac, 60 Hz","118.0","2012-09-26","2012-10-15",70,118,800,0.14749999999999999,{"$f":"$AO102+($AP102-$AO102)/100*'Server Efficiency'!$O$7","v":70.057599999999994},{"$f":"$AO102+($AP102-$AO102)/100*'Server Efficiency'!$H$25","v":70}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TD330","1276XXXX","1 or 2 Socket Server","Tower/Pedestal","No","2","1","Intel","Xeon E5-2470","2.3","4.0","1","1024.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","53.9","54.9","54.3",null,"115 Vac, 60 Hz","96.5","2012-09-26","2012-10-15",53,96.5,800,0.120625,{"$f":"$AO103+($AP103-$AO103)/100*'Server Efficiency'!$O$7","v":53.052199999999999},{"$f":"$AO103+($AP103-$AO103)/100*'Server Efficiency'!$H$25","v":53}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TD330","1276XXXX.","1 or 2 Socket Server","Tower/Pedestal","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","1024.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","70.3","70.5","72.3",null,"115 Vac, 60 Hz","118.0","2012-09-26","2012-10-15",70,118,800,0.14749999999999999,{"$f":"$AO104+($AP104-$AO104)/100*'Server Efficiency'!$O$7","v":70.057599999999994},{"$f":"$AO104+($AP104-$AO104)/100*'Server Efficiency'!$H$25","v":70}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TD330","1283XXXX","1 or 2 Socket Server","Tower/Pedestal","No","2","1","Intel","Xeon E5-2470","2.3","4.0","1","1024.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","53.9","54.9","54.3",null,"115 Vac, 60 Hz","96.5","2012-09-26","2012-10-15",53,96.5,800,0.120625,{"$f":"$AO105+($AP105-$AO105)/100*'Server Efficiency'!$O$7","v":53.052199999999999},{"$f":"$AO105+($AP105-$AO105)/100*'Server Efficiency'!$H$25","v":53}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TD330","1283XXXX.","1 or 2 Socket Server","Tower/Pedestal","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","1024.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","70.3","70.5","72.3",null,"115 Vac, 60 Hz","118.0","2012-09-26","2012-10-15",70,118,800,0.14749999999999999,{"$f":"$AO106+($AP106-$AO106)/100*'Server Efficiency'!$O$7","v":70.057599999999994},{"$f":"$AO106+($AP106-$AO106)/100*'Server Efficiency'!$H$25","v":70}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TD330","1806XXXX","1 or 2 Socket Server","Tower/Pedestal","No","2","1","Intel","Xeon E5-2470","2.3","4.0","1","1024.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","53.9","54.9","54.3",null,"115 Vac, 60 Hz","96.5","2012-09-26","2012-10-15",53,96.5,800,0.120625,{"$f":"$AO107+($AP107-$AO107)/100*'Server Efficiency'!$O$7","v":53.052199999999999},{"$f":"$AO107+($AP107-$AO107)/100*'Server Efficiency'!$H$25","v":53}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TD330","1806XXXX.","1 or 2 Socket Server","Tower/Pedestal","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","1024.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","70.3","70.5","72.3",null,"115 Vac, 60 Hz","118.0","2012-09-26","2012-10-15",70,118,800,0.14749999999999999,{"$f":"$AO108+($AP108-$AO108)/100*'Server Efficiency'!$O$7","v":70.057599999999994},{"$f":"$AO108+($AP108-$AO108)/100*'Server Efficiency'!$H$25","v":70}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TD330","1807XXXX","1 or 2 Socket Server","Tower/Pedestal","No","2","1","Intel","Xeon E5-2470","2.3","4.0","1","1024.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","53.9","54.9","54.3",null,"115 Vac, 60 Hz","96.5","2012-09-26","2012-10-15",53,96.5,800,0.120625,{"$f":"$AO109+($AP109-$AO109)/100*'Server Efficiency'!$O$7","v":53.052199999999999},{"$f":"$AO109+($AP109-$AO109)/100*'Server Efficiency'!$H$25","v":53}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TD330","1807XXXX.","1 or 2 Socket Server","Tower/Pedestal","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","1024.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","70.3","70.5","72.3",null,"115 Vac, 60 Hz","118.0","2012-09-26","2012-10-15",70,118,800,0.14749999999999999,{"$f":"$AO110+($AP110-$AO110)/100*'Server Efficiency'!$O$7","v":70.057599999999994},{"$f":"$AO110+($AP110-$AO110)/100*'Server Efficiency'!$H$25","v":70}]
[null,null,"Server","Lenovo Group Limited","Lenovo","RD430","3057xxxx","1 or 2 Socket Server","Rackmount","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","300.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","68.4","69.3","70.5",null,"100 Vac, 60 Hz","105.0","2012-07-12","2012-07-20",68,105,800,0.13125000000000001,{"$f":"$AO111+($AP111-$AO111)/100*'Server Efficiency'!$O$7","v":68.044399999999996},{"$f":"$AO111+($AP111-$AO111)/100*'Server Efficiency'!$H$25","v":68}]
[null,null,"Server","Lenovo Group Limited","Lenovo","RD430","3059xxxx","1 or 2 Socket Server","Rackmount","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","300.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","68.4","69.3","70.5",null,"100 Vac, 60 Hz","105.0","2012-07-12","2012-07-20",68,105,800,0.13125000000000001,{"$f":"$AO112+($AP112-$AO112)/100*'Server Efficiency'!$O$7","v":68.044399999999996},{"$f":"$AO112+($AP112-$AO112)/100*'Server Efficiency'!$H$25","v":68}]
[null,null,"Server","Lenovo Group Limited","Lenovo","RD430","3061xxxx","1 or 2 Socket Server","Rackmount","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","300.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","68.4","69.3","70.5",null,"100 Vac, 60 Hz","105.0","2012-07-12","2012-07-20",68,105,800,0.13125000000000001,{"$f":"$AO113+($AP113-$AO113)/100*'Server Efficiency'!$O$7","v":68.044399999999996},{"$f":"$AO113+($AP113-$AO113)/100*'Server Efficiency'!$H$25","v":68}]
[null,null,"Server","Lenovo Group Limited","Lenovo","RD430","3064xxxx","1 or 2 Socket Server","Rackmount","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","300.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","68.4","69.3","70.5",null,"100 Vac, 60 Hz","105.0","2012-07-12","2012-07-20",68,105,800,0.13125000000000001,{"$f":"$AO114+($AP114-$AO114)/100*'Server Efficiency'!$O$7","v":68.044399999999996},{"$f":"$AO114+($AP114-$AO114)/100*'Server Efficiency'!$H$25","v":68}]
[null,null,"Server","Lenovo Group Limited","Lenovo","RD430","3065xxxx","1 or 2 Socket Server","Rackmount","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","300.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","68.4","69.3","70.5",null,"100 Vac, 60 Hz","105.0","2012-07-12","2012-07-20",68,105,800,0.13125000000000001,{"$f":"$AO115+($AP115-$AO115)/100*'Server Efficiency'!$O$7","v":68.044399999999996},{"$f":"$AO115+($AP115-$AO115)/100*'Server Efficiency'!$H$25","v":68}]
[null,null,"Server","Lenovo Group Limited","Lenovo","RD430","3069xxxx","1 or 2 Socket Server","Rackmount","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","300.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","68.4","69.3","70.5",null,"100 Vac, 60 Hz","105.0","2012-07-12","2012-07-20",68,105,800,0.13125000000000001,{"$f":"$AO116+($AP116-$AO116)/100*'Server Efficiency'!$O$7","v":68.044399999999996},{"$f":"$AO116+($AP116-$AO116)/100*'Server Efficiency'!$H$25","v":68}]
[null,null,"Server","Lenovo Group Limited","Lenovo","RD430","3070xxxx","1 or 2 Socket Server","Rackmount","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","300.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","68.4","69.3","70.5",null,"100 Vac, 60 Hz","105.0","2012-07-12","2012-07-20",68,105,800,0.13125000000000001,{"$f":"$AO117+($AP117-$AO117)/100*'Server Efficiency'!$O$7","v":68.044399999999996},{"$f":"$AO117+($AP117-$AO117)/100*'Server Efficiency'!$H$25","v":68}]
[null,null,"Server","Lenovo Group Limited","Lenovo","RD430","3071xxxx","1 or 2 Socket Server","Rackmount","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","300.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","68.4","69.3","70.5",null,"100 Vac, 60 Hz","105.0","2012-07-12","2012-07-20",68,105,800,0.13125000000000001,{"$f":"$AO118+($AP118-$AO118)/100*'Server Efficiency'!$O$7","v":68.044399999999996},{"$f":"$AO118+($AP118-$AO118)/100*'Server Efficiency'!$H$25","v":68}]
[null,null,"Server","Lenovo Group Limited","Lenovo","RD330","3072xxxx","1 or 2 Socket Server","Rackmount","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","300.0","550","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.82","0.9","0.92","0.9","0.78","0.98","0.92","0.99","63.3","61.9","62.5",null,"100 Vac, 50 Hz","106.0","2012-07-12","2012-07-20",63,106,550,0.19272727272727272,{"$f":"$AO119+($AP119-$AO119)/100*'Server Efficiency'!$O$7","v":63.051600000000001},{"$f":"$AO119+($AP119-$AO119)/100*'Server Efficiency'!$H$25","v":63}]
[null,null,"Server","Lenovo Group Limited","Lenovo","RD330","3073xxxx","1 or 2 Socket Server","Rackmount","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","300.0","550","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.82","0.9","0.92","0.9","0.78","0.98","0.92","0.99","63.3","61.9","62.5",null,"100 Vac, 50 Hz","106.0","2012-07-12","2012-07-20",63,106,550,0.19272727272727272,{"$f":"$AO120+($AP120-$AO120)/100*'Server Efficiency'!$O$7","v":63.051600000000001},{"$f":"$AO120+($AP120-$AO120)/100*'Server Efficiency'!$H$25","v":63}]
[null,null,"Server","Lenovo Group Limited","Lenovo","RD330","3074xxxx","1 or 2 Socket Server","Rackmount","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","300.0","550","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.82","0.9","0.92","0.9","0.78","0.98","0.92","0.99","63.3","61.9","62.5",null,"100 Vac, 50 Hz","106.0","2012-07-12","2012-07-20",63,106,550,0.19272727272727272,{"$f":"$AO121+($AP121-$AO121)/100*'Server Efficiency'!$O$7","v":63.051600000000001},{"$f":"$AO121+($AP121-$AO121)/100*'Server Efficiency'!$H$25","v":63}]
[null,null,"Server","Lenovo Group Limited","Lenovo","RD330","4302xxxx","1 or 2 Socket Server","Rackmount","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","300.0","550","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.82","0.9","0.92","0.9","0.78","0.98","0.92","0.99","63.3","61.9","62.5",null,"100 Vac, 50 Hz","106.0","2012-07-12","2012-07-20",63,106,550,0.19272727272727272,{"$f":"$AO122+($AP122-$AO122)/100*'Server Efficiency'!$O$7","v":63.051600000000001},{"$f":"$AO122+($AP122-$AO122)/100*'Server Efficiency'!$H$25","v":63}]
[null,null,"Server","Lenovo Group Limited","Lenovo","RD330","4304xxxx","1 or 2 Socket Server","Rackmount","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","300.0","550","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.82","0.9","0.92","0.9","0.78","0.98","0.92","0.99","63.3","61.9","62.5",null,"100 Vac, 50 Hz","106.0","2012-07-12","2012-07-20",63,106,550,0.19272727272727272,{"$f":"$AO123+($AP123-$AO123)/100*'Server Efficiency'!$O$7","v":63.051600000000001},{"$f":"$AO123+($AP123-$AO123)/100*'Server Efficiency'!$H$25","v":63}]
[null,null,"Server","Lenovo Group Limited","Lenovo","RD330","4305xxxx","1 or 2 Socket Server","Rackmount","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","300.0","550","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.82","0.9","0.92","0.9","0.78","0.98","0.92","0.99","63.3","61.9","62.5",null,"100 Vac, 50 Hz","106.0","2012-07-12","2012-07-20",63,106,550,0.19272727272727272,{"$f":"$AO124+($AP124-$AO124)/100*'Server Efficiency'!$O$7","v":63.051600000000001},{"$f":"$AO124+($AP124-$AO124)/100*'Server Efficiency'!$H$25","v":63}]
[null,null,"Server","Lenovo Group Limited","Lenovo","RD430","4306xxxx","1 or 2 Socket Server","Rackmount","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","300.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","68.4","69.3","70.5",null,"100 Vac, 60 Hz","105.0","2012-07-12","2012-07-20",68,105,800,0.13125000000000001,{"$f":"$AO125+($AP125-$AO125)/100*'Server Efficiency'!$O$7","v":68.044399999999996},{"$f":"$AO125+($AP125-$AO125)/100*'Server Efficiency'!$H$25","v":68}]
[null,null,"Server","Lenovo Group Limited","Lenovo","RD330","RD330XXX","1 or 2 Socket Server","Rackmount","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","300.0","550","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.82","0.9","0.92","0.9","0.78","0.98","0.92","0.99","63.3","61.9","62.5",null,"100 Vac, 50 Hz","106.0","2012-07-12","2012-07-20",63,106,550,0.19272727272727272,{"$f":"$AO126+($AP126-$AO126)/100*'Server Efficiency'!$O$7","v":63.051600000000001},{"$f":"$AO126+($AP126-$AO126)/100*'Server Efficiency'!$H$25","v":63}]
[null,null,"Server","Lenovo Group Limited","Lenovo","RD430","RD430XXX","1 or 2 Socket Server","Rackmount","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","300.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","68.4","69.3","70.5",null,"100 Vac, 60 Hz","105.0","2012-07-12","2012-07-20",68,105,800,0.13125000000000001,{"$f":"$AO127+($AP127-$AO127)/100*'Server Efficiency'!$O$7","v":68.044399999999996},{"$f":"$AO127+($AP127-$AO127)/100*'Server Efficiency'!$H$25","v":68}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TD330","TD330XXX","1 or 2 Socket Server","Tower/Pedestal","No","2","1","Intel","Xeon E5-2470","2.3","4.0","1","1024.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","53.9","54.9","54.3",null,"115 Vac, 60 Hz","96.5","2012-09-26","2012-10-15",53,96.5,800,0.120625,{"$f":"$AO128+($AP128-$AO128)/100*'Server Efficiency'!$O$7","v":53.052199999999999},{"$f":"$AO128+($AP128-$AO128)/100*'Server Efficiency'!$H$25","v":53}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TD330","TD330XXX.","1 or 2 Socket Server","Tower/Pedestal","No","2","2","Intel","Xeon E5-2470","2.3","4.0","1","1024.0","800","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","0.87","0.91","0.93","0.92","0.75","0.9","0.98","1.0","70.3","70.5","72.3",null,"115 Vac, 60 Hz","118.0","2012-09-26","2012-10-15",70,118,800,0.14749999999999999,{"$f":"$AO129+($AP129-$AO129)/100*'Server Efficiency'!$O$7","v":70.057599999999994},{"$f":"$AO129+($AP129-$AO129)/100*'Server Efficiency'!$H$25","v":70}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TS130","TS130XXX","1 or 2 Socket Server","Tower/Pedestal","No","1","1","Intel","Xeon E3-1275","3.4","4.0","1","500.0","280","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)",null,"0.84","0.86","0.83",null,"0.98","0.99","0.99","26.58","27.0","26.66",null,"115 Vac, 60 Hz","82.6","2011-06-13","2012-10-25",26,82.6,280,0.29499999999999998,{"$f":"$AO130+($AP130-$AO130)/100*'Server Efficiency'!$O$7","v":26.067920000000001},{"$f":"$AO130+($AP130-$AO130)/100*'Server Efficiency'!$H$25","v":26}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TS230","TS230XXX","1 or 2 Socket Server","Tower/Pedestal","No","1","1","Intel","Xeon E3-1275","3.4","4.0","1","500.0","280","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)",null,"0.84","0.86","0.83",null,"0.98","0.99","0.99","26.58","27.0","26.66",null,"115 Vac, 60 Hz","82.6","2011-06-13","2012-10-25",26,82.6,280,0.29499999999999998,{"$f":"$AO131+($AP131-$AO131)/100*'Server Efficiency'!$O$7","v":26.067920000000001},{"$f":"$AO131+($AP131-$AO131)/100*'Server Efficiency'!$H$25","v":26}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TS430","TS430XXX","1 or 2 Socket Server","Tower/Pedestal","No","1","1","Intel","Xeon E3-1270","3.4","4.0","1","1000.0","400","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)",null,"0.84","0.86","0.83",null,"0.98","0.99","0.99","37.88","38.03","45.54",null,"115 Vac, 60 Hz","61.2","2011-06-20","2012-10-25",37,61.2,400,0.153,{"$f":"$AO132+($AP132-$AO132)/100*'Server Efficiency'!$O$7","v":37.029040000000002},{"$f":"$AO132+($AP132-$AO132)/100*'Server Efficiency'!$H$25","v":37}]
[null,null,"Server","Lenovo Group Limited","Lenovo","TS530","TS530XXX","1 or 2 Socket Server","Tower/Pedestal","No","1","1","Intel","Xeon E3-1270","3.4","4.0","1","1000.0","400","1","0","Windows Server 2008 R2","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)","Variable speed fan control based on power or thermal readings,Low power I/O states,Processor or core reduced power states,Dynamic voltage and frequency scaling of processor(s)",null,"0.84","0.86","0.83",null,"0.98","0.99","0.99","37.88","38.03","45.54",null,"115 Vac, 60 Hz","61.2","2011-06-20","2012-10-25",37,61.2,400,0.153,{"$f":"$AO133+($AP133-$AO133)/100*'Server Efficiency'!$O$7","v":37.029040000000002},{"$f":"$AO133+($AP133-$AO133)/100*'Server Efficiency'!$H$25","v":37}]
[null,null,"Server","Lenovo Group Limited","ThinkServer RD210","3796","2DX","Computer Server","1U","Yes","2.0","2.0","Intel","Xeon","2.53","4.0","1.0","73.0","675.0","2.0","1.0","Windows Server 2008 Enterprise SP1","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","85.2","90.4","92.7","91.0","0.697","0.866","0.967","0.986","140.6","137.4","138.1","N/A","230V / 60Hz","284.8",null,null,140,284,675,0.42074074074074075,{"$f":"$AO134+($AP134-$AO134)/100*'Server Efficiency'!$O$7","v":140.1728},{"$f":"$AO134+($AP134-$AO134)/100*'Server Efficiency'!$H$25","v":140}]
[null,null,"Server","Lenovo Group Limited","ThinkServer RD220","3798","1LX","Computer Server","2U","Yes","2.0","2.0","Intel","Xeon","2.53","2.0","1.0","73.0","675.0","2.0","1.0","Windows Server 2008 Enterprise SP1","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","85.2","90.4","92.7","91.0","0.697","0.866","0.967","0.986","121.8","121.2","121.9","N/A","230V / 60Hz","250.2",null,null,121,250,675,0.37037037037037035,{"$f":"$AO135+($AP135-$AO135)/100*'Server Efficiency'!$O$7","v":121.15479999999999},{"$f":"$AO135+($AP135-$AO135)/100*'Server Efficiency'!$H$25","v":121}]
[null,null,"Server","Lenovo Group Limited","ThinkServer RS210","6534","11X","Computer Server","1U","Yes","1.0","1.0","Intel","Xeon","2.4","2.0","2.0","146.0","351.0","1.0","1.0","Windows Server 2008 Eneterprise SP1","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","74.0","82.6","87.1","85.7","0.7","0.84","0.95","0.98","60.2","60.6","60.6","N/A","230V / 60Hz","127.7",null,null,60,127,351,0.36182336182336183,{"$f":"$AO136+($AP136-$AO136)/100*'Server Efficiency'!$O$7","v":60.080399999999997},{"$f":"$AO136+($AP136-$AO136)/100*'Server Efficiency'!$H$25","v":60}]
[null,null,"Server","Lenovo Group Limited","ThinkServer TD200x","3822","43X","Computer Server","5U","Yes","2.0","2.0","Intel","Xeon","2.4","12.0","1.0","73.0","920.0","2.0","1.0","Windows Server 2008 Enterprise SP1","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","74.4","85.0","88.6","86.8","0.845","0.903","0.959","0.975","157.8","157.3","157.8","N/A","230V / 60Hz","290.2",null,null,157,290,920,0.31521739130434784,{"$f":"$AO137+($AP137-$AO137)/100*'Server Efficiency'!$O$7","v":157.15960000000001},{"$f":"$AO137+($AP137-$AO137)/100*'Server Efficiency'!$H$25","v":157}]
[null,null,"Server","Lenovo Group Limited","ThinkServer TS200","6530","15X","Computer Server","Tower","Yes","1.0","1.0","Intel","Xeon X3450","2.66","4.0","1.0","250.0","430.0","2.0","1.0","Windows Server 2008 Eneterprise SP1","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, power capping, variable speed fan control","79.5","87.6","91.5","90.8","0.822","0.929","0.982","0.993","64.0","64.8","65.1","N/A","230V / 60Hz","15.7",null,null,64,15.7,430,{"$f":"AP138/AQ138","v":3.6511627906976742E-2},{"$f":"$AO138+($AP138-$AO138)/100*'Server Efficiency'!$O$7","v":63.942039999999999},{"$f":"$AO138+($AP138-$AO138)/100*'Server Efficiency'!$H$25","v":64}]
[null,null,"Server","Quanta Computer Inc.","Quanta","QSSC-S4R","QSSC-S4R","Computer Server","4U","No","4.0","2.0","Intel","E7540","2.0","8.0","1.0","80.0","850.0","2.0","1.0","Microsoft Windows Server 2008 EM64T","Dynamic voltage and frequency scaling of processors, processor or core reduced power states, variable speed fan control","N/A","80.2","89.2","92.30000000000001","90.60000000000001","0.899","0.965","0.995","0.999","271.8","278.7","N/A","N/A","115V / 60Hz","408.6",null,null,{"$f":"VALUE(LEFT(AG139,3))","v":271},{"$f":"VALUE(LEFT(AL139,4))","v":408},{"$f":"VALUE(LEFT(S139,4))","v":850},0.48,{"$f":"$AO139+($AP139-$AO139)/100*'Server Efficiency'!$O$7","v":271.1644},{"$f":"$AO139+($AP139-$AO139)/100*'Server Efficiency'!$H$25","v":271}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AVERAGE(AO9:AO139)","v":115.20610687022901},210.21526717557251,703.72519083969462,0.30467577703859067,115.32011786259559,115.20610687022901]
[]
[null,null,null,null,"Percent of Time at Workload",null,null,"Reduction in Nameplate Power"]
[null,null,null,null,"Server Workload","Percent of \nTime","Hours \nAnnually","PM \nDisabled","PM \nEnabled"]
[null,null,null,null,1,0,{"$f":"F144*8760","v":0},{"$f":"(-0.435*$E144) + 0.435","v":0},{"$f":"-(24.82*($E144^6))+(80.71*($E144^5))-(95.72*($E144^4)) +( 49.96*($E144^3)) -(11.12*($E144^2)) + (0.5371*($E144))+ 0.4548","v":1.899999999996238E-3}]
[null,null,null,null,0.9,0,0,4.3499999999999983E-2,1.8020280000001276E-2]
[null,null,null,null,0.8,0,0,8.6999999999999966E-2,8.0926719999998231E-2]
[null,null,null,null,0.7,0,0,0.1305,0.18075952000000289]
[null,null,null,null,0.6,0,0,0.17399999999999999,0.27791567999999989]
[null,null,null,null,0.5,0,0,0.2175,0.34022500000000028]
[null,null,null,null,0.4,0,0,0.26100000000000001,0.36225567999999986]
[null,null,null,null,0.3,0,0,0.30449999999999999,0.36674952000000005]
[null,null,null,null,0.2,0,0,0.34799999999999998,0.38818671999999999]
[null,null,null,null,9.9999999999999895E-2,1,8760,0.39150000000000007,0.43848028000000006]
[null,null,null,null,-1.11022302462516E-16,0,0,0.43500000000000005,0.45479999999999993]
[null,null,null,null,"Total",{"$f":"SUM(F144:F154)","v":1},{"$f":"SUM(G144:G154)","v":8760}]

{"sheet":"Case Definition","index":5,"n_rows":43,"n_cols":9,"rows_kept":43,"cut":false,"hidden":false,"merged":[[25,6,25,8],[5,6,5,8],[20,6,20,8],[40,6,40,8],[5,1,6,1],[5,2,6,2],[5,3,6,3],[5,4,6,4],[5,5,6,5],[25,1,26,1],[25,2,26,2],[25,3,26,3],[25,4,26,4],[25,5,26,5]]}
[]
[null,"Case Definition"]
[null,null,null,null,null,{"$f":"RIGHT(B3,12)","v":""}]
[]
[null,"Baseline Case Definition"]
[null,"Standard","Type","Size","Allowances","Voltage","Coefficients"]
[null,null,null,null,null,null,"X2","X1","X0"]
[null,{"$f":"CONCATENATE(C8,D8)","v":"Double Conversion (VFI-S)10<20kVA"},"Double Conversion (VFI-S)","10<20kVA","None","400Y/230Vac",3.8315534405051088E-2,1.611372912606146E-2,4.4626750732631865E-2]
[null,{"$f":"CONCATENATE(C9,D9)","v":"Double Conversion (VFI-S)20<40kVA"},"Double Conversion (VFI-S)","20<40kVA","None","400Y/230Vac",3.0720721718065815E-2,2.2138293065117779E-2,4.0100794662796715E-2]
[null,"Double Conversion (VFI-S)40<200kVA","Double Conversion (VFI-S)","40<200kVA","None","400Y/230Vac",3.3081134519764695E-2,2.1268080072313272E-2,3.2120028630975621E-2]
[null,"Double Conversion (VFI-S)200kVA and up","Double Conversion (VFI-S)","200kVA and up","None","400Y/230Vac",2.4951279344017765E-2,2.7244170593209997E-2,2.2800873032132008E-2]
[null,"Line Interactive (VI-S)10<20kVA","Line Interactive (VI-S)","10<20kVA","None","400Y/230Vac",4.3531673966456609E-2,8.9066339066338155E-3,2.8893147099668847E-2]
[null,"Line Interactive (VI-S)20<40kVA","Line Interactive (VI-S)","20<40kVA","None","400Y/230Vac",4.3050157866997701E-2,3.8912614090305807E-3,2.8574911707771211E-2]
[null,"Line Interactive (VI-S)40<200kVA","Line Interactive (VI-S)","40<200kVA","None","400Y/230Vac",4.2576587786915497E-2,-1.0750749935877714E-3,2.8261906100210715E-2]
[null,"Line Interactive (VI-S)200kVA and up","Line Interactive (VI-S)","200kVA and up","None","400Y/230Vac",3.4695116662329682E-2,4.4236273744472443E-3,1.9516003122560448E-2]
[null,"Standby (VFD)10<20kVA","Standby (VFD)","10<20kVA","None","400Y/230Vac",1.8760877317166597E-3,2.8027553209041645E-2,1.172804312074548E-2]
[null,"Standby (VFD)20<40kVA","Standby (VFD)","20<40kVA","None","400Y/230Vac",5.0908015806706286E-3,1.8406595094221215E-2,1.2615944324479728E-2]
[null,"Standby (VFD)40<200kVA","Standby (VFD)","40<200kVA","None","400Y/230Vac",1.829303931093327E-3,1.7582351662023071E-2,1.1481853427870786E-2]
[null,"Standby (VFD)200kVA and up","Standby (VFD)","200kVA and up","None","400Y/230Vac",1.7842016189085206E-3,7.3469392288710595E-3,1.1243334872984569E-2]
[]
[null,null,null,null,null,null,"Baseline Case Coefficients"]
[null,null,null,null,null,null,"X2","X1","X0"]
[null,null,null,null,null,null,{"$f":"VLOOKUP('Electrical System Efficiency'!$N$16&'Electrical System Efficiency'!$N$18,'Case Definition'!$B$8:$I$19,6,FALSE)","v":3.8315534405051088E-2},{"$f":"VLOOKUP('Electrical System Efficiency'!$N$16&'Electrical System Efficiency'!$N$18,'Case Definition'!$B$8:$I$19,7,FALSE)","v":1.611372912606146E-2},{"$f":"VLOOKUP('Electrical System Efficiency'!$N$16&'Electrical System Efficiency'!$N$18,'Case Definition'!$B$8:$I$19,8,FALSE)","v":4.4626750732631865E-2}]
[]
[null,"Proposed Case Definition"]
[null,"Standard","Type","Size","Allowances","Voltage","Coefficients"]
[null,null,null,null,null,null,"X2","X1","X0"]
[null,{"$f":"CONCATENATE(C28,D28)","v":"Double Conversion (VFI-S)10<20kVA"},"Double Conversion (VFI-S)","10<20kVA","None","400Y/230Vac",3.8315534405051088E-2,1.611372912606146E-2,4.4626750732631865E-2]
[null,{"$f":"CONCATENATE(C29,D29)","v":"Double Conversion (VFI-S)20<40kVA"},"Double Conversion (VFI-S)","20<40kVA","None","400Y/230Vac",3.0720721718065815E-2,2.2138293065117779E-2,4.0100794662796715E-2]
[null,"Double Conversion (VFI-S)40<200kVA","Double Conversion (VFI-S)","40<200kVA","None","400Y/230Vac",3.3081134519764695E-2,2.1268080072313272E-2,3.2120028630975621E-2]
[null,"Double Conversion (VFI-S)200kVA and up","Double Conversion (VFI-S)","200kVA and up","None","400Y/230Vac",2.4951279344017765E-2,2.7244170593209997E-2,2.2800873032132008E-2]
[null,"Line Interactive (VI-S)10<20kVA","Line Interactive (VI-S)","10<20kVA","None","400Y/230Vac",4.3531673966456609E-2,8.9066339066338155E-3,2.8893147099668847E-2]
[null,"Line Interactive (VI-S)20<40kVA","Line Interactive (VI-S)","20<40kVA","None","400Y/230Vac",4.3050157866997701E-2,3.8912614090305807E-3,2.8574911707771211E-2]
[null,"Line Interactive (VI-S)40<200kVA","Line Interactive (VI-S)","40<200kVA","None","400Y/230Vac",4.2576587786915497E-2,-1.0750749935877714E-3,2.8261906100210715E-2]
[null,"Line Interactive (VI-S)200kVA and up","Line Interactive (VI-S)","200kVA and up","None","400Y/230Vac",3.4695116662329682E-2,4.4236273744472443E-3,1.9516003122560448E-2]
[null,"Standby (VFD)10<20kVA","Standby (VFD)","10<20kVA","None","400Y/230Vac",1.8760877317166597E-3,2.8027553209041645E-2,1.172804312074548E-2]
[null,"Standby (VFD)20<40kVA","Standby (VFD)","20<40kVA","None","400Y/230Vac",5.0908015806706286E-3,1.8406595094221215E-2,1.2615944324479728E-2]
[null,"Standby (VFD)40<200kVA","Standby (VFD)","40<200kVA","None","400Y/230Vac",1.829303931093327E-3,1.7582351662023071E-2,1.1481853427870786E-2]
[null,"Standby (VFD)200kVA and up","Standby (VFD)","200kVA and up","None","400Y/230Vac",1.7842016189085206E-3,7.3469392288710595E-3,1.1243334872984569E-2]
[]
[null,null,null,null,null,null,"Proposed Case Coefficients"]
[null,null,null,null,null,null,"X2","X1","X0"]
[null,null,null,null,null,null,{"$f":"IFERROR(VLOOKUP('Electrical System Efficiency'!D16&'Electrical System Efficiency'!D18,'Case Definition'!$B$28:$I$39,6,FALSE),0)","v":3.8315534405051088E-2},{"$f":"IFERROR(VLOOKUP('Electrical System Efficiency'!D16&'Electrical System Efficiency'!D18,'Case Definition'!$B$28:$I$39,7,FALSE),0)","v":1.611372912606146E-2},{"$f":"IFERROR(VLOOKUP('Electrical System Efficiency'!D16&'Electrical System Efficiency'!D18,'Case Definition'!$B$28:$I$39,8,FALSE),0)","v":4.4626750732631865E-2}]

{"sheet":"Summary","index":6,"n_rows":34,"n_cols":10,"rows_kept":34,"cut":false,"hidden":false,"merged":[[23,2,23,9]]}
[]
[]
[null,null,"Summary "]
[null,null,"Note: All information on this tab is READ-ONLY. To edit, see the previous tabs."]
[]
[]
[]
[null,null,"Annual Energy Consumption",null,null,"Baseline",null,"Proposed",null,"Savings"]
[]
[null,null,"IT (kWh)",null,null,{"$f":"'Server Efficiency'!S7","v":0},null,{"$f":"'Server Efficiency'!S9","v":0},null,{"$f":"F10-H10","v":0}]
[]
[null,null,"Electrical System (kWh)",null,null,{"$f":"'Electrical System Efficiency'!Y7","v":0},null,{"$f":"'Electrical System Efficiency'!$Y$9","v":0},null,{"$f":"F12-H12","v":0}]
[]
[null,null,"Total (kWh)",null,null,{"$f":"SUM(F10:F12)","v":0},null,{"$f":"SUM(H10:H12)","v":0},null,{"$f":"SUM(J10:J12)","v":0}]
[]
[null,null,"Total annual energy savings (kWh)",null,null,null,null,null,null,{"$f":"J14","v":0}]
[]
[null,null,"Energy Model Inputs","Baseline",null,"Proposed",null,"Baseline Startup",null,"Proposed Startup"]
[]
[null,null,"IT (kW)",{"$f":"F10/8760","v":0},null,{"$f":"H10/8760","v":0},null,{"$f":"'Startup Server Efficiency'!O27/8760","v":0},null,{"$f":"Instructions!$H$27","v":0}]
[]
[null,null,"Electrical System (kW)",{"$f":"F12/8760","v":0},null,{"$f":"H12/8760","v":0},null,{"$f":"'Electrical System Efficiency'!Q33","v":0},null,{"$f":"IF('Electrical System Efficiency'!B13=2,'Electrical System Efficiency'!G52,'Electrical System Efficiency'!G33)","v":0}]
[]
[null,null,"Note: The values above are intended to be used as inputs to the energy modeling software that is being submitted for the Minimum Energy Performance prerequisite.  The inputs for the IT kW and the Electrical System kW should be assigned to the appropriate spaces.  If the loads need to be distributed over multiple spaces enusre sure that the same ratio of loads is applied across all models.\n\nIn order to be consistent with the calculations performed in this spreadsheet, the assigned loads should be taken from the values in this box and the operating schedules should be set at 100% load for all hours of the year.  If the energy consumption values for the IT, or Electrical system from the energy model are different from the values calculated in the box above, additional justification beyond this spreadsheet will be required to demonstrate the amount of savings claimed."]
[]
[null,null,"Baseline"]
[null,null,"IT (servers)",{"$f":"F10","v":0}]
[null,null,"Electrical System ",{"$f":"F12","v":0}]
[null,null,"Total ",{"$f":"F14","v":0}]
[]
[null,null,"Proposed"]
[null,null,"IT (servers)",{"$f":"H10","v":0}]
[null,null,"Electrical System",{"$f":"H12","v":0}]
[null,null,"Total ",{"$f":"H14","v":0}]