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[]
[null,null,null,null,null,null,null,null,"Volta 2.1 Configuration Manager"]
[]
[]
[]
[null,"Pack(s) Information"]
[null,null,null,"Number of \nModules:",null,"Total Output / Input Current in Pack # 1 (A)",null,"Total Whr's \nof Energy in Pack # 1",null,"Total Useable Energy in Pack # 1",null,"Total Energy in System (Whr)"]
[null,"Battery Number # 1 Size:",null,6,null,{"$f":"\"Output \" & D8*Pack!$B$34","v":"Output 522"},"A",{"$f":"D8*Pack!B22","v":20218.800000000003},"Whr's",{"$f":"D8*Pack!B25","v":18196.920000000002},"Whr's",{"$f":"SUM(H8+H12+H16+H20)","v":20218.800000000003},"Whr"]
[null,"Heating Options",null,null,null,{"$f":"\"Input \" &D8*Pack!$B$49","v":"Input 261"},"A"]
[null,"None",null,null,null,{"$f":"IF(D8*Pack!$B$34>Pack!B$52,\"Fuse Limited\",\"\")","v":"Fuse Limited"},{"$f":"IF(F10=\"Fuse Limited\",\"@ \"&Pack!$B$52 & \"A\",\"\")","v":"@ 350A"}]
[null,null,null,"Number of \nModules:",null,"Total Output / Input Current in Pack # 2 (A)",null,"Total Whr's \nof Energy in Pack # 2",null,"Total Useable Energy in Pack # 2",null,"Total Usable Energy in System (Whr)"]
[null,"Battery Number # 2 Size:",null,0,null,{"$f":"\"Output \" & D12*Pack!$B$34","v":"Output 0"},"A",{"$f":"D12*Pack!B22","v":0},"Whr's",{"$f":"D12*Pack!B25","v":0},"Whr's",{"$f":"SUM(J8+J12+J16+J20)","v":18196.920000000002},"Whr"]
[null,"Heating Options",null,null,null,{"$f":"\"Input \" &D12*Pack!$B$49","v":"Input 0"},"A"]
[null,"None",null,null,null,{"$f":"IF(D12*Pack!$B$34>Pack!B$52,\"Fuse Limited\",\"\")","v":""},{"$f":"IF(F14=\"Fuse Limited\",\"@ \"&Pack!$B$52 & \"A\",\"\")","v":""}]
[null,null,null,"Number of \nModules:",null,"Total Output / Input Current in Pack # 3 (A)",null,"Total Whr's \nof Energy in Pack # 3",null,"Total Useable Energy in Pack # 3",null,"Total Discharge capability of System (A)"]
[null,"Battery Number # 3 Size:",null,0,null,{"$f":"\"Output \" & D16*Pack!$B$34","v":"Output 0"},"A",{"$f":"D16*Pack!B22","v":0},"Whr's",{"$f":"D16*Pack!B25","v":0},"Whr's",{"$f":"IF(SUM($D$8,$D$12,$D$16,$D$20)*Pack!$B$34>(SUM(COUNTIF(D8:D21,\">\"&0))*Pack!$B$52),(SUM(COUNTIF(D8:D21,\">\"&0))*Pack!$B$52),SUM($D$8,$D$12,$D$16,$D$20)*Pack!$B$34)","v":350},"A"]
[null,"Heating Options",null,null,null,{"$f":"\"Input \" &D16*Pack!$B$49","v":"Input 0"},"A",null,null,null,null,{"$f":"IF(SUM($D$8,$D$12,$D$16,$D$20)*Pack!$B$34>(SUM(COUNTIF(D8:D21,\">\"&0))*Pack!$B$52),\"Pack is now Fuse Limited\",\"\")","v":"Pack is now Fuse Limited"}]
[null,"None",null,null,null,{"$f":"IF(D16*Pack!$B$34>Pack!B$52,\"Fuse Limited\",\"\")","v":""},{"$f":"IF(F18=\"Fuse Limited\",\"@ \"&Pack!$B$52 & \"A\",\"\")","v":""}]
[null,null,null,"Number of \nModules:",null,"Total Output / Input Current in Pack # 4 (A)",null,"Total Whr's \nof Energy in Pack # 4",null,"Total Useable Energy in Pack # 4",null,"Total Charging capability of System (A)"]
[null,"Battery Number # 4 Size:",null,0,null,{"$f":"\"Output \" & D20*Pack!$B$34","v":"Output 0"},"A",{"$f":"D20*Pack!B22","v":0},"Whr's",{"$f":"D20*Pack!B25","v":0},"Whr's",{"$f":"SUM($D$8,$D$12,$D$16,$D$20)*Pack!$B$49","v":261},"A"]
[null,"Heating Options",null,null,null,{"$f":"\"Input \" &D20*Pack!$B$49","v":"Input 0"},"A"]
[null,"None",null,null,null,{"$f":"IF(D20*Pack!$B$34>Pack!B$52,\"Fuse Limited\",\"\")","v":""},{"$f":"IF(F22=\"Fuse Limited\",\"@ \"&Pack!$B$52 & \"A\",\"\")","v":""}]
[]
[]
[null,"Pack Capabilty:","System Devices:","Robustness Margins"]
[null,"Total Discharging Capabilty (A)","58V Bus Discharging Current (A)","Discharge Robustness Margin (A)",null,{"$f":"IF(D27<0,\"Increase Battery Size or Remove Inverter or Converter off 58V Bus.\",\"\")","v":""},null,null,"Volta Junction Box:",{"$f":"IF(H35<2,\"Yes\",(IF(D8>0,IF(OR(D12>0,D16>0,D20>0),\"Yes\",\" No\"),\"No\")))","v":"Yes"},"Require Junction Box",null,"Max Current thru Contactor [600A] (A)","Max Current thru Disconnect Switch [400 A] (A)"]
[null,{"$f":"L16","v":350},{"$f":"SUM(H54:H56,L41:L44)","v":200},{"$f":"B27-C27","v":150},null,null,null,null,null,null,null,null,{"$f":"C27","v":200},{"$f":"C27","v":200},{"$f":"IF(N27<=400,\"Junction Box Within Specifications\",IF((AND(N27>400,N27<450)),\"Disconnect switch capable of 2000A for 1 Min.\",\"May Require BD Version of Battery Disconnect\"))","v":"Junction Box Within Specifications"}]
[null,null,null,null,null,"C Rate"]
[null,"Total Charging Capability (A)","58V Bus Charging Current (A)","Charging Robustness Margin (A)",null,{"$f":"IFERROR(ROUND(C30/SUM((D8+D12+D16+D20)*58),2),0)","v":0.28999999999999998},null,"Do Not Exceed 0.75C Rate"]
[null,{"$f":"L20","v":261},{"$f":"IF(K30=TRUE,SUM(O41:O44),0)+IF(K31=TRUE,SUM(G48:G49),0)","v":100},{"$f":"B30-C30","v":161},null,null,null,"Time To Charge System Batteries from 10% SOC \n(Hours : Min.)",null,{"$f":"IF(C30=0,\"Infinite\",((L12/(14*4.15))/C30)/24)","v":"03:07:55.200"},true]
[null,null,null,null,null,null,null,null,null,null,true]
[]
[null,"Total Usable Energy in System (Whr)",null,{"$f":"L12","v":18196.920000000002},null,null,null,"Minimum Generator Size for Fastest Charging Time",null,{"$f":"(SUM(N41:N44)*120)+(SUM(R41:R44)*120)","v":14400},"Watts","This number represents max current draw for the Chargers plus the max current through the Bypass relays."]
[null,"Total Needed Energy from System (W)",null,{"$f":"((SUM(E70,J70,O70))*1.09)+(E84*1.1)+(J84*1.1)+(O84*1.1)","v":2353.0464000000002}]
[null,null,null,null,null,null,null,1]
[null,"Total Operation of Volta 2.0 Battery System (Hr's)",null,{"$f":"IFERROR(ROUND(D33/D34,2),0) &\" Hrs\"","v":"7.73 Hrs"}]
[]
[]
[null,"Inverter / Charger (s)"]
[null,"Branch","Inverter / Charger",null,"Inverter Only ",null,"Weight (lbs)","Ourput Voltage\n(VAC)","Inverter:\nCont. AC Output Power (W)","Inverter:\nOutput Current \n(Amps AC Cont.)","Inverter:\nPeak AC Output Power (W)","Inverter:\nMax. Normal DC Input Current (Amps DC)","Inverter:\nPeak DC Input Current \n(Amps DC)","Charger:\nMax. Branch AC Input Current \n(Amps AC)","Charger: \nMax. Output Current \n(Amps DC)","BMS Software:\nCharger Enable off (% SOC)","BMS Software:\nCharger Enable On (% SOC)","Bypass Relay\n(Amps AC)","DC Bus Transient Clamping (J)"]
[null,"L1","Sensata 51NP36HRQ-099",null,false,null,{"$f":"VLOOKUP($C41,InvrtChgrs!$A$2:$X$30,13,FALSE)","v":68},{"$f":"VLOOKUP($C41,InvrtChgrs!$A$2:$X$30,5,FALSE)","v":120},{"$f":"VLOOKUP($C41,InvrtChgrs!$A$2:$X$30,2,FALSE)","v":3600},{"$f":"VLOOKUP($C41,InvrtChgrs!$A$2:$X$30,4,FALSE)","v":30},{"$f":"VLOOKUP($C41,InvrtChgrs!$A$2:$X$30,3,FALSE)","v":6000},{"$f":"VLOOKUP($C41,InvrtChgrs!$A$2:$X$30,7,FALSE)","v":77},{"$f":"VLOOKUP($C41,InvrtChgrs!$A$2:$X$30,6,FALSE)","v":91},{"$f":"IF(E41=FALSE,(VLOOKUP($C41,InvrtChgrs!$A$2:$X$30,17,FALSE)),0)","v":30},{"$f":"IF(E41=FALSE,VLOOKUP($C41,InvrtChgrs!$A$2:$X$30,18,FALSE),0)","v":50},{"$f":"IF(O41>0,0.96,0)","v":0.96},{"$f":"IF(O41>0,0.92,0)","v":0.92},{"$f":"IF(E41=FALSE,VLOOKUP($C41,InvrtChgrs!$A$2:$X$30,22,FALSE),0)","v":30},{"$f":"VLOOKUP($C41,InvrtChgrs!$A$2:$X$30,23,FALSE)","v":2100}]
[null,"L2","Sensata 51NP36HRQ-099",null,false,null,{"$f":"VLOOKUP($C42,InvrtChgrs!$A$2:$X$30,13,FALSE)","v":68},{"$f":"VLOOKUP($C42,InvrtChgrs!$A$2:$X$30,5,FALSE)","v":120},{"$f":"VLOOKUP($C42,InvrtChgrs!$A$2:$X$30,2,FALSE)","v":3600},{"$f":"VLOOKUP($C42,InvrtChgrs!$A$2:$X$30,4,FALSE)","v":30},{"$f":"VLOOKUP($C42,InvrtChgrs!$A$2:$X$30,3,FALSE)","v":6000},{"$f":"VLOOKUP($C42,InvrtChgrs!$A$2:$X$30,7,FALSE)","v":77},{"$f":"VLOOKUP($C42,InvrtChgrs!$A$2:$X$30,6,FALSE)","v":91},{"$f":"IF(E42=FALSE,(VLOOKUP($C42,InvrtChgrs!$A$2:$X$30,17,FALSE)),0)","v":30},{"$f":"IF(E42=FALSE,VLOOKUP($C42,InvrtChgrs!$A$2:$X$30,18,FALSE),0)","v":50},{"$f":"IF(O42>0,0.96,0)","v":0.96},{"$f":"IF(O42>0,0.92,0)","v":0.92},{"$f":"IF(E42=FALSE,VLOOKUP($C42,InvrtChgrs!$A$2:$X$30,22,FALSE),0)","v":30},{"$f":"VLOOKUP($C42,InvrtChgrs!$A$2:$X$30,23,FALSE)","v":2100}]
[null,"L3","None",null,false,null,{"$f":"VLOOKUP($C43,InvrtChgrs!$A$2:$X$30,13,FALSE)","v":0},{"$f":"VLOOKUP($C43,InvrtChgrs!$A$2:$X$30,5,FALSE)","v":0},{"$f":"VLOOKUP($C43,InvrtChgrs!$A$2:$X$30,2,FALSE)","v":0},{"$f":"VLOOKUP($C43,InvrtChgrs!$A$2:$X$30,4,FALSE)","v":0},{"$f":"VLOOKUP($C43,InvrtChgrs!$A$2:$X$30,3,FALSE)","v":0},{"$f":"VLOOKUP($C43,InvrtChgrs!$A$2:$X$30,7,FALSE)","v":0},{"$f":"VLOOKUP($C43,InvrtChgrs!$A$2:$X$30,6,FALSE)","v":0},{"$f":"IF(E43=FALSE,(VLOOKUP($C43,InvrtChgrs!$A$2:$X$30,17,FALSE)),0)","v":0},{"$f":"IF(E43=FALSE,VLOOKUP($C43,InvrtChgrs!$A$2:$X$30,18,FALSE),0)","v":0},0,0,{"$f":"IF(E43=FALSE,VLOOKUP($C43,InvrtChgrs!$A$2:$X$30,22,FALSE),0)","v":0},{"$f":"VLOOKUP($C43,InvrtChgrs!$A$2:$X$30,23,FALSE)","v":0}]
[null,"L4","None",null,false,null,{"$f":"VLOOKUP($C44,InvrtChgrs!$A$2:$X$30,13,FALSE)","v":0},{"$f":"VLOOKUP($C44,InvrtChgrs!$A$2:$X$30,5,FALSE)","v":0},{"$f":"VLOOKUP($C44,InvrtChgrs!$A$2:$X$30,2,FALSE)","v":0},{"$f":"VLOOKUP($C44,InvrtChgrs!$A$2:$X$30,4,FALSE)","v":0},{"$f":"VLOOKUP($C44,InvrtChgrs!$A$2:$X$30,3,FALSE)","v":0},{"$f":"VLOOKUP($C44,InvrtChgrs!$A$2:$X$30,7,FALSE)","v":0},{"$f":"VLOOKUP($C44,InvrtChgrs!$A$2:$X$30,6,FALSE)","v":0},{"$f":"IF(E44=FALSE,(VLOOKUP($C44,InvrtChgrs!$A$2:$X$30,17,FALSE)),0)","v":0},{"$f":"IF(E44=FALSE,VLOOKUP($C44,InvrtChgrs!$A$2:$X$30,18,FALSE),0)","v":0},0,0,{"$f":"IF(E44=FALSE,VLOOKUP($C44,InvrtChgrs!$A$2:$X$30,22,FALSE),0)","v":0},{"$f":"VLOOKUP($C44,InvrtChgrs!$A$2:$X$30,23,FALSE)","v":0}]
[]
[null,"Alternator(s)",null,null,"Weight (lbs)","Max. Voltage Output (Vdc)","Max. Amperage Output (Adc)","Turn On speed @ shaft (rpm)","Alternator #1 Inhibit Enable \n(pack software calibration)\n(% SOC)",null,"Alternator # 1Inhibit Exit \n(pack software calibration)\n(% SOC)",null,"Alternator # 2 Inhibit Enable \n(PLC Setting)\n(% SOC)",null,"Alternator # 2 Inhibit Exit\n(PLC Setting)\n(% SOC)"]
[null,"Alternators Type"]
[null,"Alt # 1","55i-190ext-56J",null,{"$f":"VLOOKUP($C48,Alternators!$A$4:$H$19,2,FALSE)","v":35},{"$f":"VLOOKUP($C48,Alternators!$A$4:$H$19,3,FALSE)","v":58},{"$f":"IF(SUM(VLOOKUP($C48,Alternators!$A$4:$H$19,4,FALSE)+G49,O41:O44)>B30,\"Deactivated\",VLOOKUP($C48,Alternators!$A$4:$H$19,4,FALSE))","v":"Deactivated"},{"$f":"VLOOKUP($C48,Alternators!$A$4:$H$19,5,FALSE)","v":2732},{"$f":"VLOOKUP($C48,Alternators!$A$4:$H$19,7,FALSE)","v":0.95},null,{"$f":"VLOOKUP($C48,Alternators!$A$4:$H$19,8,FALSE)","v":0.89},null,"--",null,"--"]
[null,"Alt # 2","None",null,{"$f":"VLOOKUP($C49,Alternators!$A$4:$H$19,2,FALSE)","v":0},{"$f":"VLOOKUP($C49,Alternators!$A$4:$H$19,3,FALSE)","v":0},{"$f":"VLOOKUP($C49,Alternators!$A$4:$H$19,4,FALSE)","v":0},{"$f":"VLOOKUP($C49,Alternators!$A$4:$H$19,5,FALSE)","v":0},"--",null,"--",null,{"$f":"IF(C49=\"None\",0,0.89)","v":0},null,{"$f":"IF(C49=\"None\",0,0.78)","v":0}]
[]
[]
[null,"DC / DC Converter(s)"]
[null,null,"Converter Model",null,"Weight (lbs)","Output Voltage (Vdc)","Output Current (Adc)","Input DC Current Nom. (Adc)","Peak Output Current (Adc)","DC Bus Transient Clamping (J)"]
[null,"Unit #1","Sensata 51DC12-125",null,{"$f":"VLOOKUP($C54,Converters!$A$3:$Q$21,6,FALSE)","v":42},{"$f":"VLOOKUP($C54,Converters!$A$3:$Q$21,3,FALSE)","v":14.4},{"$f":"VLOOKUP($C54,Converters!$A$3:$Q$21,2,FALSE)","v":125},{"$f":"VLOOKUP($C54,Converters!$A$3:$Q$21,4,FALSE)","v":46},{"$f":"VLOOKUP($C54,Converters!$A$3:$Q$21,5,FALSE)","v":215},{"$f":"VLOOKUP($C54,Converters!$A$3:$Q$21,14,FALSE)","v":2100}]
[null,"Unit #2","None",null,{"$f":"VLOOKUP($C55,Converters!$A$3:$Q$21,6,FALSE)","v":0},{"$f":"VLOOKUP($C55,Converters!$A$3:$Q$21,3,FALSE)","v":0},{"$f":"VLOOKUP($C55,Converters!$A$3:$Q$21,2,FALSE)","v":0},{"$f":"VLOOKUP($C55,Converters!$A$3:$Q$21,4,FALSE)","v":0},{"$f":"VLOOKUP($C55,Converters!$A$3:$Q$21,5,FALSE)","v":0},{"$f":"VLOOKUP($C55,Converters!$A$3:$Q$21,14,FALSE)","v":0}]
[null,"Unit #3","None",null,{"$f":"VLOOKUP($C56,Converters!$A$3:$Q$21,6,FALSE)","v":0},{"$f":"VLOOKUP($C56,Converters!$A$3:$Q$21,3,FALSE)","v":0},{"$f":"VLOOKUP($C56,Converters!$A$3:$Q$21,2,FALSE)","v":0},{"$f":"VLOOKUP($C56,Converters!$A$3:$Q$21,4,FALSE)","v":0},{"$f":"VLOOKUP($C56,Converters!$A$3:$Q$21,5,FALSE)","v":0},{"$f":"VLOOKUP($C56,Converters!$A$3:$Q$21,14,FALSE)","v":0}]
[]
[]
[null,null,{"$f":"\"L1: \" & C41 &  \" \" & H41 & \"Vac\"","v":"L1: Sensata 51NP36HRQ-099 120Vac"},null,"(AAC)","Duty Cycle (%)",null,{"$f":"\"L2: \" & C42 &  \" \" & H42 & \"Vac\"","v":"L2: Sensata 51NP36HRQ-099 120Vac"},null,"(AAC)","Duty Cycle (%)",null,{"$f":"\"L3: \" & C43 &  \" \" & H43 & \"Vac\"","v":"L3: None 0Vac"},null,"(AAC)","Duty Cycle (%)"]
[null,null,"1500 BTU A/C",null,14,0.3,null,"1500 BTU A/C",null,14,0.3]
[null,null,null,null,null,null,null,"Water heater",null,12,0.3]
[null,null,"Fridge",null,2,0.4,null,"Cook top",null,12,0.05]
[null,null,"AV",null,8,0.3,null,"Microwave",null,8,0.02]
[]
[]
[]
[]
[null,null,"Max Current Draw",null,{"$f":"SUM(E60:E67)","v":24},"A",null,"Max Current Draw",null,{"$f":"SUM(J60:J67)","v":46},"A",null,"Max Current Draw",null,{"$f":"SUM(O60:O67)","v":0},"A"]
[null,null,"Max Watt's",null,{"$f":"E68*120","v":2880},"Watts",{"$f":"IF(($E$69>4000),\"Need Load Mgmt\",IF(($E$69>$I$41),\"Warning\",\"Good\"))","v":"Good"},"Max Watt's",null,{"$f":"J68*120","v":5520},"Watts",{"$f":"IF(($J$69>4000),\"Need Load Mgmt\",IF(($J$69>$I$42),\"Warning\",\"Good\"))","v":"Need Load Mgmt"},"Max Watt's",null,{"$f":"O68*120","v":0},"Watts",{"$f":"IF(($O$69>4000),\"Need Load Mgmt\",IF(($O$69>$I$43),\"Warning\",\"Good\"))","v":"Good"}]
[null,null,"Total W/Hr",null,{"$f":"((E60*F60)+(E61*F61)+(E62*F62)+(E63*F63)+(E64*F64)+(E65*F65)+(E66*F66)+(E67*F67))*120","v":888},"Avg Watts",null,"Total W/Hr",null,{"$f":"((J60*K60)+(J61*K61)+(J62*K62)+(J63*K63)+(J64*K64)+(J65*K65)+(J66*K66)+(J67*K67))*120","v":1027.2},"Avg Watts",null,"Total W/Hr",null,{"$f":"((O60*P60)+(O61*P61)+(O62*P62)+(O63*P63)+(O64*P64)+(O65*P65)+(O66*P66)+(O67*P67))*120","v":0},"Avg Watts"]
[]
[]
[null,null,{"$f":"\"Unit #1: \" & C54 &  \" \" & F54 & \"Vdc\"","v":"Unit #1: Sensata 51DC12-125 14.4Vdc"},null,"(Adc)","Duty Cycle (%)",null,{"$f":"\"Unit #2: \" & C55 &  \" \" & F55 & \"Vdc\"","v":"Unit #2: None 0Vdc"},null,"(Adc)","Duty Cycle (%)",null,{"$f":"\"Unit #3: \" & C56 &  \" \" & F56 & \"Vdc\"","v":"Unit #3: None 0Vdc"},null,"(Adc)","Duty Cycle (%)"]
[null,null,"Lights",null,30,0.5]
[null,null,"Furnance",null,5,0.3]
[null,null,"slides",null,13,0.02]
[]
[]
[]
[]
[]
[null,null,"Max. Current Draw",null,{"$f":"SUM(E74:E81)","v":48},"A",null,"Max. Current Draw",null,{"$f":"SUM(J74:J81)","v":0},"A",null,"Max. Current Draw",null,{"$f":"SUM(O74:O81)","v":0},"A"]
[null,null,"Max. Watt's",null,{"$f":"E82*F54","v":691.2},"Watts",null,"Max. Watt's",null,{"$f":"J82*F55","v":0},"Watts",null,"Max. Watt's",null,{"$f":"O82*F56","v":0},"Watts"]
[null,null,"Total W/hr",null,{"$f":"IF(C54=\"None\",0,(($E$74*$F$74)+($E$75*$F$75)+($E$76*$F$76)+($E$77*$F$77)+(E78*F78)+(E79*F79)+(E80*F80)+(E81*F81))*F54)","v":241.34400000000002},"Avg Watts",null,"Total W/hr",null,{"$f":"IF(C55=\"None\",0,(($J$74*$K$74)+($J$75*$K$75)+($J$76*$K$76)+($J$77*$K$77)+(J78*K78)+(J79*K79)+(J80*K80)+(J81*K81))*F55)","v":0},"Avg Watts",null,"Total W/hr",null,{"$f":"IF(C56=\"None\",0,(($O$74*$P$74)+($O$75*$P$75)+($O$76*$P$76)+($O$77*$P$77)+(O78*P78)+(O79*P79)+(O80*P80)+(O81*P81))*F56)","v":0},"Avg Watts"]

{"sheet":"Pack","index":1,"n_rows":119,"n_cols":17,"rows_kept":119,"cut":false,"hidden":true,"merged":[[80,1,80,4]]}
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Inverter / Chargers"]
[null,"Volta Pack Capabilities",null,null,null,null,null,null,null,null,null,"Volta Pack",null,null,null,null,"None"]
[null,null,null,null,null,null,null,null,null,null,null,"Volta Junction Box",null,null,null,null,"Sensata 51NP36HRQ-099"]
[null,"Valid Pack Voltage Range1",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Sensata 51NP27"]
[null,"Min. Pack V","Max. Pack V"]
[null,{"$f":"ROUND(MIN('SOC vs OCV'!H6:H26),2) & \" V\"","v":"45.39 V"},{"$f":"ROUND(MAX('SOC vs OCV'!H6:H26),2) & \" V\"","v":"58.6 V"}]
[]
[null,"Normal Operation Voltage Range2",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Alternators"]
[null,"Min. Pack V","Max. Pack V",null,null,null,null,null,null,"Volta Junction Box Capabilities",null,null,null,null,null,null,"None"]
[null,{"$f":"ROUND(MIN('SOC vs OCV'!H6:H24),2) & \" V\"","v":"48.83 V"},{"$f":"ROUND(MAX('SOC vs OCV'!H6:H24),2) & \" V\"","v":"58.6 V"},null,null,null,null,null,null,"Weight","xx","lbs",null,null,null,null,"55i-190ext-56J"]
[null,null,null,null,null,null,null,null,null,"Volta Junction Box Contactor Rating Continuous (A)",null,null,null,null,null,null,"160HP-RAM64-58"]
[null,"Nominal Battery Voltage",null,null,null,null,null,null,null,{"$f":"600","v":600},"A"]
[null,{"$f":"51 & \" V\"","v":"51 V"}]
[null,null,null,null,null,null,null,null,null,"Service Disconnect Switch Continuous Rating (A)"]
[null,"Nominal Module Capacity @ 300C",null,null,null,null,null,null,null,400,"A",null,null,null,null,null,"Converters"]
[null,"58 Ah",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Sensata 51DC12-125"]
[null,"Operational Module Capacity (1C) @ 300C3",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Sensata 51DC24-110"]
[null,{"$f":"ROUND(2*'VOLTA_29Ah_SOCvsOCV 30degC'!C5,2) & \" Ah\"","v":"54.22 Ah"}]
[]
[null,"Maximum Module Energy Capacity"]
[null,{"$f":"ROUND((14*'VOLTA_29Ah_SOCvsOCV 30degC'!D55)*58,2)","v":3369.8},"Whr's",null,null,null,null,"1: 0% SOC to 100% SOC",null,null,null,null,null,null,null,null,"Heating Solutions"]
[null,null,null,null,null,null,null,"2: 10% SOC to 100% SOC",null,null,null,null,null,null,null,null,"None"]
[null,"Usable Maximum Module Energy4",null,null,null,null,null,"3: 1hr constant 58A discharge rate ",null,null,null,null,null,null,null,null,"Wintry Option (0 Degree C)"]
[null,{"$f":"ROUND((14*'VOLTA_29Ah_SOCvsOCV 30degC'!D55)*58,2)*0.9","v":3032.82},"Whr's",null,null,null,null,"4: Volta System prevents use below 10% SOC",null,null,null,null,null,null,null,null,"Frigid Option (-10 Degree C)"]
[null,null,null,null,null,null,null,"5: > 80% Effective capacity remaining",null,null,null,null,null,null,null,null,"Arctic Option (-30 Degree C)"]
[null,"Pack Cycle Life 100% DoD5",null,null,null,null,null,"6: Warnings will be generated and expected cell life will be degraded."]
[null,1500,null,null,null,null,null,"7: No warnings will be generated and Cell life expectations is not degraded"]
[null,null,null,null,null,null,null,"8: Temperature will generate warnings"]
[null,"Pack Cycle Life 80% DoD5"]
[null,2000]
[]
[null,"Module Normal Discharge Rate Continuous7"]
[null,{"$f":"1.5*58","v":87},"A"]
[]
[null,"Module Normal Discharge Rate Continuous7"]
[null,{"$f":"(1.5*58)*51 & \" Watts\"","v":"4437 Watts"}]
[]
[null,"Module Max. Discharge Rate Continuous6"]
[null,{"$f":"2*58 & \" A\"","v":"116 A"}]
[]
[null,"Module Max. Discharge Rate Continuous7"]
[null,{"$f":"116*51 & \" Watts\"","v":"5916 Watts"}]
[]
[null,"Module Max. Charge Rate6"]
[null,{"$f":"58","v":58},"A",{"$f":"58 * 58.2 & \" Watts\"","v":"3375.6 Watts"}]
[]
[null,"Module Normal Charge Rate7"]
[null,{"$f":"58 * 0.75","v":43.5},"A",{"$f":"43.5 * 58.2 & \" Watts\"","v":"2531.7 Watts"}]
[]
[null,"Volta Pack Fuse Rating"]
[null,{"$f":"350","v":350},"A"]
[]
[null,"Volta Pack Contactor Rating Continuous"]
[null,{"$f":"400","v":400},"A"]
[]
[null,"Module Charging Operating Temperatures8"]
[null,"Min.","Max."]
[null,"50C","450C"]
[]
[null,"Module Discharge Operating Temperatures8"]
[null,"Min.","Max."]
[null,"-200C","550C"]
[]
[null,"Pack Temp Range with full operation & no heaters"]
[null,"Discharge"]
[null,"Min.","Max."]
[null,"-200C","550C"]
[null,"Charging"]
[null,"Min.","Max."]
[null,"50C","450C"]
[]
[null,"Pack Temp Range with full operation & 1x heaters"]
[null,"Discharge"]
[null,"Min."]
[null,"-250C"]
[null,"Charging"]
[null,"Min."]
[null,"00C"]
[]
[null,"Pack Temp Range with full operation \nand 2x heaters, 1x Heater Wrap"]
[null,"Discharge"]
[null,"Min."]
[null,"-350C"]
[null,"Charging"]
[null,"Min."]
[null,"-300C"]
[]
[null,"Long Term Storage Temperature (12 Months)"]
[null,"Min.","Max."]
[null,"-50C","350C"]
[]
[null,"Short Term Storage Temperature (3 Months)"]
[null,"Min.","Max."]
[null,"-200C","450C"]
[]
[null,"Module Weight"]
[null,18,"kg"]
[null,{"$f":"ROUND(CONVERT(B98,\"kg\",\"lbm\"),2)","v":39.68},"lbs"]
[]
[null,"Dimensions"]
[null,"Height (mm)","Width (mm)","Length (mm)"]
[null,248,168,200]
[]
[null,"Height (in)","Width (in)","Length (in)"]
[null,{"$f":"ROUND(CONVERT(B103,\"mm\",\"in\"),2)","v":9.76},{"$f":"ROUND(CONVERT(C103,\"mm\",\"in\"),2)","v":6.61},{"$f":"ROUND(CONVERT(D103,\"mm\",\"in\"),2)","v":7.87}]
[]
[null,"Module Part Number"]
[null,"58 Ah","PCM-051058-A03"]
[]
[null,"Pack Weight","(everything but modules)"]
[null,"2 Module","xx","lbs"]
[null,"4 Module","xx","lbs"]
[null,"6 Module","xx","lbs"]
[null,"8 Module","xx","lbs"]
[]
[null,"Sensata DC Connection Capability"]
[null,"Current Rating"]
[null,225,"A"]

{"sheet":"InvrtChgrs","index":2,"n_rows":5,"n_cols":25,"rows_kept":5,"cut":false,"hidden":true,"merged":[[1,7,1,8],[1,9,1,10],[1,14,1,15]]}
[null,"Inverter",null,null,null,null,null,null,null,null,null,null,null,null,"Battery Charger",null,null,null,null,null,null,"Bypass Circuit","Input Transient Clamping Circuit"]
[null,"Output Power \nCont. (W)","Output Peak Power (W)","Output Current (Amps AC Cont)","Output AC Voltage\n(VAC)","Peak DC Input Current \n(Amps DC)","Max. Normal DC Input Current (Amps DC)","Input DC Voltage Range (V)",null,"Operating Temperature Range",null,"Dimensions","Weight (lbs)","Inverter Efficiency","AC Input Voltage Range (VAC)",null,"Max. AC Input Current \n(Amps AC)","Output Current (Amps DC)","Output Voltage (Voltage DC)","Charger Enable On (% SOC)","Charger Enable Off (% SOC)","Bypass Relay Capability (Amps AC)","Input Transient Clamping Capabilities (Joules)","Overvoltage Trip Point (V)","Front End Bus Capacitance (F)"]
["Sensata 51NP36HRQ-099",3600,6000,30,120,91,77,44.3,60,"-200C","650C","13.8\" x 17.1\" x 8\"",68,0.91,95,135,30,50,58.2,92,96,30,2100,65,"14,400uF"]
[null,null,null,null,null,null,null,"Min.","Max.","Min.","Max.",null,null,null,"min.","max.",null,null,null,"Software Cal","Software Cal"]
["None"]

{"sheet":"Converters","index":3,"n_rows":7,"n_cols":17,"rows_kept":7,"cut":false,"hidden":true,"merged":[[1,7,1,8],[1,9,1,10]]}
[null,"Converters"]
[null,"Output Current (Amps DC Cont)","Typical Output Voltage (± 0.1 V) (Vdc)","Input DC Current Nom. (Adc)","Peak Output Current (Adc)","Weight (lbs)","Dimensions","Input Voltage Range DC (Vdc)",null,"Output Voltage Range DC (Vdc)",null,"DC Surge Voltage (Vdc)","Efficiency (%)","Input Transient Clamping (J)","Over-Voltage Trip Point (V)","Front End Capacitance (F)","Note:"]
["Sensata 51DC12-125",125,14.4,46,215,42,"13.4\" x 14.5\" x 5.7\"",44.3,58,12.6,14.4,63,0.9,2100,65,"14,400uF","NP Cube"]
[null,null,null,null,null,null,null,"Min.","Max.","Min.","Max.",null,"@ 50% Load"]
["None"]
["Sensata 51DC24-110",110,28.8,90,200,68,"13.8\" x 17.1\" x 8.0\"",44.3,58,25.2,28.8,null,0.91,2100,65,"14,400uF","NP Large"]
[null,null,null,null,null,null,null,"Min.","Max.","Min.","Max.",null,"@ 40% Load"]

{"sheet":"Alternators","index":4,"n_rows":6,"n_cols":8,"rows_kept":6,"cut":false,"hidden":true,"merged":[]}
[null,"Alternators"]
[]
[null,"Weight (lbs)","Max. Voltage Output (Vdc)","Max. Amperage Output (Adc)","Turn On speed @ shaft (rpm)","Horsepower Required @ 191A \n(HP)","Alternator Inhibit Enable \n(pack software calibration)\n(% SOC)","Alternator Inhibit Exit (pack software calibration)\n(% SOC)"]
["55i-190ext-56J",35,58,191,2732,19.760000000000002,0.95,0.89]
["160HP-RAM64-58",null,58,50,3700,null,0.95,0.89]
["None"]

{"sheet":"SOC vs OCV","index":5,"n_rows":115,"n_cols":18,"rows_kept":115,"cut":false,"hidden":true,"merged":[[3,0,3,4]]}
[]
[]
[]
["30°C",null,null,null,null,null,null,null,null,null,null,"Pack Level OCV"]
["Discharge \nCapacity (Ah)","SOC (%)","OCV (V) ","SOC (%)\nInterpolated","OCV (V)\nInterpolated",null,"SOC (%)","Pack OCV (V)",null,null,"SOC (%)","SOC (%)","Cell OCV (V)\nInterpolated","Cell OCV (V)\nInterpolated","Pack OCV (V)\nInterpolated","Pack OCV (V)\nInterpolated"]
[0,100,4.1860999999999997,100,4.1859999999999999,null,100,{"$f":"E6*14","v":58.603999999999999},null,null,{"$f":"100","v":100},1.05,null,null,null,{"$f":"58.8&\"V\"","v":"58.8V"}]
[1.25,94.791666666666657,4.1184000000000003,95,{"$f":"C7+(C6-C7)*((D7-B7)/(B6-B7))","v":4.1211080000000004},null,95,{"$f":"E7*14","v":57.695512000000008},null,null,99,{"$f":"K6 & \"%\"","v":"100%"},{"$f":"C6","v":4.1860999999999997},{"$f":"ROUND(M7,3)&\"V\"","v":"4.186V"},{"$f":"M7*14","v":58.605399999999996},{"$f":"ROUND(O7,2)&\"V\"","v":"58.61V"}]
[2.5,89.583333333333343,4.0553999999999997,90,4.0604399999999998,null,90,56.846159999999998,null,null,98,"99%",{"$f":"$C$7+($C$6-$C$7)*((K7-$B$7)/($B$6-$B$7))","v":4.1731015999999999},{"$f":"ROUND(M8,3)&\"V\"","v":"4.173V"},58.4234224,{"$f":"ROUND(O8,2)&\"V\"","v":"58.42V"}]
[3.75,84.375,3.996,85,4.0031280000000002,null,85,56.043792000000003,null,null,97,"98%",{"$f":"$C$7+($C$6-$C$7)*((K8-$B$7)/($B$6-$B$7))","v":4.1601032},"4.16V",58.241444799999996,"58.24V","→","Auto Shut-Down Generator @ ~ ≥ 58.24V"]
[5,79.166666666666657,3.9394999999999998,80,3.9485399999999999,null,80,55.279559999999996,null,null,96,"97%",{"$f":"$C$7+($C$6-$C$7)*((K9-$B$7)/($B$6-$B$7))","v":4.1471048000000001},"4.147V",58.0594672,"58.06V","→","Alternator(s) maximum Voltage output @ ~ 58.0V"]
[6.25,73.958333333333329,3.8866000000000001,75,3.8971800000000001,null,75,54.560520000000004,null,null,95,"96%",{"$f":"$C$7+($C$6-$C$7)*((K10-$B$7)/($B$6-$B$7))","v":4.1341064000000003},"4.134V",57.877489600000004,"57.88V","→","Disable Chargers @ ~ 96%"]
[7.5,68.75,3.8327,70,3.8456359999999998,null,70,53.838903999999999,null,null,94,"95%",{"$f":"$C$7+($C$6-$C$7)*((K11-$B$7)/($B$6-$B$7))","v":4.1211080000000004},"4.121V",57.695512000000008,"57.7V"]
[8.75,63.541666666666671,3.7772999999999999,65,3.7928120000000001,null,65,53.099367999999998,null,null,93,"94%",{"$f":"$C$8+($C$7-$C$8)*(($K12-$B$8)/($B$8-$B$9))","v":4.1088240000000003},"4.109V",57.523536000000007,"57.52V","→","*(1) Prevent Alternator #1 Charging @ ~ 95.5%"]
[10,58.333333333333329,3.7322000000000002,60,3.746632,null,60,52.452848000000003,null,null,92,"93%",{"$f":"$C$8+($C$7-$C$8)*(($K13-$B$8)/($B$8-$B$9))","v":4.0967279999999997},"4.097V",57.354191999999998,"57.35V"]
[11.25,53.125,3.6991999999999998,55,3.7110799999999999,null,55,51.955120000000001,null,null,91,"92%",{"$f":"$C$8+($C$7-$C$8)*(($K14-$B$8)/($B$8-$B$9))","v":4.084632},"4.085V",57.184848000000002,"57.18V","→","Enable Chargers @ ~ 92%"]
[12.5,47.916666666666664,3.6741999999999999,50,3.6841999999999997,null,50,51.578799999999994,null,null,90,"91%",{"$f":"$C$8+($C$7-$C$8)*(($K15-$B$8)/($B$8-$B$9))","v":4.0725359999999995},"4.073V",57.015503999999993,"57.02V"]
[13.5,43.75,3.6545999999999998,45,3.6604799999999997,null,45,51.246719999999996,null,null,89,"90%",{"$f":"$C$8+($C$7-$C$8)*(($K16-$B$8)/($B$8-$B$9))","v":4.0604399999999998},"4.06V",56.846159999999998,"56.85V","→","Re-Enable Alternator #1 Charging @ ~ 90.5%"]
[14.75,38.541666666666664,3.6387,40,3.6431520000000002,null,40,51.004128000000001,null,null,88,"89%",{"$f":"$C$9+($C$8-$C$9)*(($K17-$B$9)/($B$9-$B$10))","v":4.0487471999999993},"4.049V",56.682460799999987,"56.68V","→","Prevent Alternator #2 Charging @ ~ ≥ 56.65V"]
[16,33.333333333333336,3.6221999999999999,35,3.6274799999999998,null,35,50.78472,null,null,87,"88%",{"$f":"$C$9+($C$8-$C$9)*(($K18-$B$9)/($B$9-$B$10))","v":4.0373424},"4.037V",56.5227936,"56.52V"]
[17.25,28.125,3.5943999999999998,30,3.6044079999999998,null,30,50.461711999999999,null,null,86,"87%",{"$f":"$C$9+($C$8-$C$9)*(($K19-$B$9)/($B$9-$B$10))","v":4.0259375999999998},"4.026V",56.363126399999999,"56.36V"]
[18.5,22.916666666666664,3.5672999999999999,25,3.5781399999999999,null,25,50.093959999999996,null,null,85,"86%",{"$f":"$C$9+($C$8-$C$9)*(($K20-$B$9)/($B$9-$B$10))","v":4.0145327999999996},"4.015V",56.203459199999998,"56.2V"]
[19.75,17.708333333333336,3.5388000000000002,20,3.5513400000000002,null,20,49.718760000000003,null,null,84,"85%",{"$f":"$C$9+($C$8-$C$9)*(($K21-$B$9)/($B$9-$B$10))","v":4.0031280000000002},"4.003V",56.043792000000003,"56.04V"]
[21,12.5,3.5038999999999998,15,3.5206520000000001,null,15,49.289128000000005,null,null,83,"84%",{"$f":"$C$10+($C$9-$C$10)*(($K22-$B$10)/($B$10-$B$11))","v":3.9919320000000003},"3.992V",55.887048000000007,"55.89V"]
[22.25,7.2916666666666625,3.4706000000000001,10,3.4879159999999998,null,10,48.830824,null,null,82,"83%",{"$f":"$C$10+($C$9-$C$10)*(($K23-$B$10)/($B$10-$B$11))","v":3.9810840000000001},"3.981V",55.735176000000003,"55.74V"]
[23.5,2.083333333333337,3.38,5,3.430736,null,5,48.030304000000001,null,null,81,"82%",{"$f":"$C$10+($C$9-$C$10)*(($K24-$B$10)/($B$10-$B$11))","v":3.9702359999999999},"3.97V",55.583303999999998,"55.58V"]
[24,0,3.2414999999999998,0,3.242,null,0,{"$f":"E26*14","v":45.387999999999998},null,null,80,"81%",{"$f":"$C$10+($C$9-$C$10)*(($K25-$B$10)/($B$10-$B$11))","v":3.9593880000000001},"3.959V",55.431432000000001,"55.43V"]
[null,null,null,null,null,null,null,null,null,null,79,"80%",{"$f":"$C$10+($C$9-$C$10)*(($K26-$B$10)/($B$10-$B$11))","v":3.9485399999999999},"3.949V",55.279559999999996,"55.28V"]
[null,null,null,null,null,null,null,null,null,null,78,"79%",{"$f":"$C$11+($C$10-$C$11)*(($K27-$B$11)/($B$11-$B$12))","v":3.9378072},"3.938V",55.129300799999996,"55.13V"]
[null,null,null,null,null,null,null,null,null,null,77,"78%",{"$f":"$C$11+($C$10-$C$11)*(($K28-$B$11)/($B$11-$B$12))","v":3.9276504000000001},"3.928V",54.9871056,"54.99V","→","*(2)Re-Enable Alternator #2 Charging @ ~ ≤ 55.0V"]
[null,null,null,null,null,null,null,null,null,null,76,"77%",{"$f":"$C$11+($C$10-$C$11)*(($K29-$B$11)/($B$11-$B$12))","v":3.9174935999999998},"3.917V",54.844910399999996,"54.84V"]
[null,null,null,null,null,null,null,null,null,null,75,"76%",{"$f":"$C$11+($C$10-$C$11)*(($K30-$B$11)/($B$11-$B$12))","v":3.9073367999999999},"3.907V",54.7027152,"54.7V"]
[null,null,null,null,null,null,null,null,null,null,74,"75%",{"$f":"$C$11+($C$10-$C$11)*(($K31-$B$11)/($B$11-$B$12))","v":3.8971800000000001},"3.897V",54.560520000000004,"54.56V"]
[null,null,null,null,null,null,null,null,null,null,73,"74%",{"$f":"$C$12+($C$11-$C$12)*(($K32-$B$12)/($B$12-$B$13))","v":3.8870312},"3.887V",54.418436800000002,"54.42V"]
[null,null,null,null,null,null,null,null,null,null,72,"73%",{"$f":"$C$12+($C$11-$C$12)*(($K33-$B$12)/($B$12-$B$13))","v":3.8766824},"3.877V",54.2735536,"54.27V"]
[null,null,null,null,null,null,null,null,null,null,71,"72%",{"$f":"$C$12+($C$11-$C$12)*(($K34-$B$12)/($B$12-$B$13))","v":3.8663335999999999},"3.866V",54.128670399999997,"54.13V"]
[null,null,null,null,null,null,null,null,null,null,70,"71%",{"$f":"$C$12+($C$11-$C$12)*(($K35-$B$12)/($B$12-$B$13))","v":3.8559847999999999},"3.856V",53.983787199999995,"53.98V"]
[null,null,null,null,null,null,null,null,null,null,69,"70%",{"$f":"$C$12+($C$11-$C$12)*(($K36-$B$12)/($B$12-$B$13))","v":3.8456359999999998},"3.846V",53.838903999999999,"53.84V"]
[null,null,null,null,null,null,null,null,null,null,68,"69%",{"$f":"$C$13+($C$12-$C$13)*(($K37-$B$13)/($B$13-$B$14))","v":3.8353591999999996},"3.835V",53.695028799999996,"53.7V"]
[null,null,null,null,null,null,null,null,null,null,67,{"$f":"K38 & \"%\"","v":"68%"},{"$f":"$C$13+($C$12-$C$13)*(($K38-$B$13)/($B$13-$B$14))","v":3.8247223999999997},"3.825V",{"$f":"M39*14","v":53.546113599999998},"53.55V",null,"Confidential and Proprietary"]
[null,null,null,null,null,null,null,null,null,null,66,"67%",{"$f":"$C$13+($C$12-$C$13)*(($K39-$B$13)/($B$13-$B$14))","v":3.8140855999999999},"3.814V",53.397198400000001,"53.4V"]
[null,null,null,null,null,null,null,null,null,null,65,"66%",{"$f":"$C$13+($C$12-$C$13)*(($K40-$B$13)/($B$13-$B$14))","v":3.8034488},"3.803V",53.248283200000003,"53.25V"]
[null,null,null,null,null,null,null,null,null,null,64,"65%",{"$f":"$C$13+($C$12-$C$13)*(($K41-$B$13)/($B$13-$B$14))","v":3.7928119999999996},"3.793V",53.099367999999998,"53.1V"]
[null,null,null,null,null,null,null,null,null,null,63,"64%",{"$f":"$C$14+($C$13-$C$14)*(($K42-$B$14)/($B$14-$B$15))","v":3.7812687999999999},"3.781V",52.937763199999999,"52.94V"]
[null,null,null,null,null,null,null,null,null,null,62,"63%",{"$f":"$C$14+($C$13-$C$14)*(($K43-$B$14)/($B$14-$B$15))","v":3.7726096},"3.773V",52.816534400000002,"52.82V"]
[null,null,null,null,null,null,null,null,null,null,61,"62%",{"$f":"$C$14+($C$13-$C$14)*(($K44-$B$14)/($B$14-$B$15))","v":3.7639504000000001},"3.764V",52.695305600000005,"52.7V"]
[null,null,null,null,null,null,null,null,null,null,60,"61%",{"$f":"$C$14+($C$13-$C$14)*(($K45-$B$14)/($B$14-$B$15))","v":3.7552912000000003},"3.755V",52.5740768,"52.57V"]
[null,null,null,null,null,null,null,null,null,null,59,"60%",{"$f":"$C$14+($C$13-$C$14)*(($K46-$B$14)/($B$14-$B$15))","v":3.746632},"3.747V",52.452848000000003,"52.45V"]
[null,null,null,null,null,null,null,null,null,null,58,"59%",{"$f":"$C$15+($C$14-$C$15)*(($K47-$B$15)/($B$15-$B$16))","v":3.7364240000000004},"3.736V",52.309936000000008,"52.31V"]
[null,null,null,null,null,null,null,null,null,null,57,"58%",3.7300880000000003,"3.73V",52.221232000000001,"52.22V"]
[null,null,null,null,null,null,null,null,null,null,56,"57%",3.7237520000000002,"3.724V",52.132528000000001,"52.13V"]
[null,null,null,null,null,null,null,null,null,null,55,"56%",3.7174160000000001,"3.717V",52.043824000000001,"52.04V"]
[null,null,null,null,null,null,null,null,null,null,54,"55%",3.7110799999999999,"3.711V",51.955120000000001,"51.96V"]
[null,null,null,null,null,null,null,null,null,null,53,"54%",3.7047439999999998,"3.705V",51.866416000000001,"51.87V"]
[null,null,null,null,null,null,null,null,null,null,52,"53%",{"$f":"$C$17+($C$16-$C$17)*(($K53-$B$17)/($B$17-$B$18))","v":3.6894095999999998},"3.689V",51.651734399999995,"51.65V"]
[null,null,null,null,null,null,null,null,null,null,51,"52%",3.6856464,"3.686V",51.599049600000001,"51.6V"]
[null,null,null,null,null,null,null,null,null,null,50,"51%",3.6818832000000001,"3.682V",51.546364799999999,"51.55V"]
[null,null,null,null,null,null,null,null,null,null,49,"50%",3.6781199999999998,"3.678V",51.493679999999998,"51.49V"]
[null,null,null,null,null,null,null,null,null,null,48,"49%",3.6743568,"3.674V",51.440995200000003,"51.44V"]
[null,null,null,null,null,null,null,null,null,null,47,"48%",3.6705935999999997,"3.671V",51.388310399999995,"51.39V"]
[null,null,null,null,null,null,null,null,null,null,46,"47%",3.6668303999999998,"3.667V",51.3356256,"51.34V"]
[null,null,null,null,null,null,null,null,null,null,45,"46%",3.6630672,"3.663V",51.282940799999999,"51.28V"]
[null,null,null,null,null,null,null,null,null,null,44,"45%",3.6593039999999997,"3.659V",51.230255999999997,"51.23V"]
[null,null,null,null,null,null,null,null,null,null,43,"44%",3.6555407999999998,"3.656V",51.177571199999996,"51.18V"]
[null,null,null,null,null,null,null,null,null,null,42,"43%",{"$f":"$C$18+($C$17-$C$18)*(($K63-$B$18)/($B$17-$B$18))","v":3.6523103999999997},"3.652V",51.132345599999994,"51.13V"]
[null,null,null,null,null,null,null,null,null,null,41,"42%",{"$f":"$C$18+($C$17-$C$18)*(($K64-$B$18)/($B$17-$B$18))","v":3.6492575999999999},"3.649V",51.089606400000001,"51.09V"]
[null,null,null,null,null,null,null,null,null,null,40,"41%",{"$f":"$C$18+($C$17-$C$18)*(($K65-$B$18)/($B$17-$B$18))","v":3.6462048},"3.646V",51.046867200000001,"51.05V"]
[null,null,null,null,null,null,null,null,null,null,39,"40%",{"$f":"$C$18+($C$17-$C$18)*(($K66-$B$18)/($B$17-$B$18))","v":3.6431520000000002},"3.643V",51.004128000000001,"51V"]
[null,null,null,null,null,null,null,null,null,null,38,"39%",{"$f":"$C$18+($C$17-$C$18)*(($K67-$B$18)/($B$17-$B$18))","v":3.6400991999999999},"3.64V",50.961388799999995,"50.96V"]
[null,null,null,null,null,null,null,null,null,null,37,"38%",{"$f":"$C$19+($C$18-$C$19)*(($K68-$B$19)/($B$18-$B$19))","v":3.636984},"3.637V",50.917776000000003,"50.92V"]
[null,null,null,null,null,null,null,null,null,null,36,"37%",{"$f":"$C$19+($C$18-$C$19)*(($K69-$B$19)/($B$18-$B$19))","v":3.6338159999999999},"3.634V",50.873424,"50.87V"]
[null,null,null,null,null,null,null,null,null,null,35,{"$f":"K70 & \"%\"","v":"36%"},{"$f":"$C$19+($C$18-$C$19)*(($K70-$B$19)/($B$18-$B$19))","v":3.6306479999999999},"3.631V",{"$f":"M71*14","v":50.829071999999996},"50.83V"]
[null,null,null,null,null,null,null,null,null,null,34,"35%",{"$f":"$C$19+($C$18-$C$19)*(($K71-$B$19)/($B$18-$B$19))","v":3.6274799999999998},{"$f":"ROUND(M72,3)&\"V\"","v":"3.627V"},50.78472,{"$f":"ROUND(O72,2)&\"V\"","v":"50.78V"}]
[null,null,null,null,null,null,null,null,null,null,33,"34%",{"$f":"$C$19+($C$18-$C$19)*(($K72-$B$19)/($B$18-$B$19))","v":3.6243119999999998},"3.624V",50.740367999999997,"50.74V"]
[null,null,null,null,null,null,null,null,null,null,32,"33%",{"$f":"$C$20+($C$19-$C$20)*(($K73-$B$20)/($B$19-$B$20))","v":3.6204207999999998},"3.62V",50.6858912,"50.69V"]
[null,null,null,null,null,null,null,null,null,null,31,"32%",{"$f":"$C$20+($C$19-$C$20)*(($K74-$B$20)/($B$19-$B$20))","v":3.6150831999999999},"3.615V",50.611164799999997,"50.61V"]
[null,null,null,null,null,null,null,null,null,null,30,"31%",{"$f":"$C$20+($C$19-$C$20)*(($K75-$B$20)/($B$19-$B$20))","v":3.6097455999999997},"3.61V",50.536438399999994,"50.54V"]
[null,null,null,null,null,null,null,null,null,null,29,"30%",{"$f":"$C$20+($C$19-$C$20)*(($K76-$B$20)/($B$19-$B$20))","v":3.6044079999999998},"3.604V",50.461711999999999,"50.46V"]
[null,null,null,null,null,null,null,null,null,null,28,"29%",{"$f":"$C$20+($C$19-$C$20)*(($K77-$B$20)/($B$19-$B$20))","v":3.5990704},"3.599V",{"$f":"M78*14","v":50.386985600000003},"50.39V"]
[null,null,null,null,null,null,null,null,null,null,27,"28%",{"$f":"$C$21+($C$20-$C$21)*(($K78-$B$21)/($B$20-$B$21))","v":3.5937495999999998},"3.594V",50.312494399999999,"50.31V"]
[null,null,null,null,null,null,null,null,null,null,26,"27%",3.5885463999999998,"3.589V",50.2396496,"50.24V"]
[null,null,null,null,null,null,null,null,null,null,25,"26%",3.5833431999999998,"3.583V",50.166804799999994,"50.17V"]
[null,null,null,null,null,null,null,null,null,null,24,"25%",3.5781399999999999,"3.578V",50.093959999999996,"50.09V"]
[null,null,null,null,null,null,null,null,null,null,23,"24%",3.5729367999999999,"3.573V",50.021115199999997,"50.02V"]
[null,null,null,null,null,null,null,null,null,null,22,"23%",3.5677335999999999,"3.568V",49.948270399999998,"49.95V"]
[null,null,null,null,null,null,null,null,null,null,21,"22%",{"$f":"$C$22+($C$21-$C$22)*(($K84-$B$22)/($B$21-$B$22))","v":3.562284},"3.562V",49.871976000000004,"49.87V"]
[null,null,null,null,null,null,null,null,null,null,20,"21%",{"$f":"$C$22+($C$21-$C$22)*(($K85-$B$22)/($B$21-$B$22))","v":3.5568119999999999},"3.557V",49.795367999999996,"49.8V"]
[null,null,null,null,null,null,null,null,null,null,19,"20%",{"$f":"$C$22+($C$21-$C$22)*(($K86-$B$22)/($B$21-$B$22))","v":3.5513400000000002},"3.551V",49.718760000000003,"49.72V","→","Auto-Start Generator @ ~ ≤ 49.72V"]
[null,null,null,null,null,null,null,null,null,null,18,"19%",{"$f":"$C$22+($C$21-$C$22)*(($K87-$B$22)/($B$21-$B$22))","v":3.545868},"3.546V",49.642152000000003,"49.64V","→","Inverter / Converter Low Battery Hysteresis"]
[null,null,null,null,null,null,null,null,null,null,17,"18%",{"$f":"$C$22+($C$21-$C$22)*(($K88-$B$22)/($B$21-$B$22))","v":3.5403960000000003},"3.54V",49.565544000000003,"49.57V"]
[null,null,null,null,null,null,null,null,null,null,16,"17%",{"$f":"$C$23+($C$22-$C$23)*(($K89-$B$23)/($B$22-$B$23))","v":3.5340536},"3.534V",49.4767504,"49.48V"]
[null,null,null,null,null,null,null,null,null,null,15,"16%",{"$f":"$C$23+($C$22-$C$23)*(($K90-$B$23)/($B$22-$B$23))","v":3.5273528000000001},"3.527V",49.382939200000003,"49.38V"]
[null,null,null,null,null,null,null,null,null,null,14,"15%",{"$f":"$C$23+($C$22-$C$23)*(($K91-$B$23)/($B$22-$B$23))","v":3.5206520000000001},"3.521V",49.289128000000005,"49.29V"]
[null,null,null,null,null,null,null,null,null,null,13,"14%",{"$f":"$C$23+($C$22-$C$23)*(($K92-$B$23)/($B$22-$B$23))","v":3.5139511999999997},"3.514V",49.195316799999993,"49.2V"]
[null,null,null,null,null,null,null,null,null,null,12,"13%",{"$f":"$C$23+($C$22-$C$23)*(($K93-$B$23)/($B$22-$B$23))","v":3.5072503999999998},"3.507V",49.101505599999996,"49.1V"]
[null,null,null,null,null,null,null,null,null,null,11,"12%",{"$f":"$C$24+($C$23-$C$24)*(($K94-$B$24)/($B$23-$B$24))","v":3.5007031999999998},"3.501V",49.009844799999996,"49.01V"]
[null,null,null,null,null,null,null,null,null,null,10,"11%",{"$f":"$C$24+($C$23-$C$24)*(($K95-$B$24)/($B$23-$B$24))","v":3.4943095999999998},"3.494V",48.920334399999994,"48.92V"]
[null,null,null,null,null,null,null,null,null,null,9,"10%",{"$f":"$C$24+($C$23-$C$24)*(($K96-$B$24)/($B$23-$B$24))","v":3.4879159999999998},"3.488V",48.830824,"48.83V","→","BMU Low SOC Contactor Opening ~ 10% SOC [Discharge Only]"]
[null,null,null,null,null,null,null,null,null,null,8,"9%",{"$f":"$C$24+($C$23-$C$24)*(($K97-$B$24)/($B$23-$B$24))","v":3.4815224000000002},"3.482V",48.741313600000005,"48.74V","→","Inverter / Converter Low Battery Detection"]
[null,null,null,null,null,null,null,null,null,null,7,"8%",{"$f":"$C$24+($C$23-$C$24)*(($K98-$B$24)/($B$23-$B$24))","v":3.4751288000000002},"3.475V",48.651803200000003,"48.65V"]
[null,null,null,null,null,null,null,null,null,null,6,"7%",{"$f":"$C$25+($C$24-$C$25)*(($K99-$B$25)/($B$24-$B$25))","v":3.4655264000000003},"3.466V",48.517369600000002,"48.52V"]
[null,null,null,null,null,null,null,null,null,null,5,"6%",{"$f":"$C$25+($C$24-$C$25)*(($K100-$B$25)/($B$24-$B$25))","v":3.4481312000000002},"3.448V",48.273836800000005,"48.27V"]
[null,null,null,null,null,null,null,null,null,null,4,"5%",{"$f":"$C$25+($C$24-$C$25)*(($K101-$B$25)/($B$24-$B$25))","v":3.430736},"3.431V",48.030304000000001,"48.03V"]
[null,null,null,null,null,null,null,null,null,null,3,"4%",{"$f":"$C$25+($C$24-$C$25)*(($K102-$B$25)/($B$24-$B$25))","v":3.4133407999999998},"3.413V",47.786771199999997,"47.79V"]
[null,null,null,null,null,null,null,null,null,null,2,"3%",{"$f":"$C$25+($C$24-$C$25)*(($K103-$B$25)/($B$24-$B$25))","v":3.3959456000000001},"3.396V",47.5432384,"47.54V"]
[null,null,null,null,null,null,null,null,null,null,1,"2%",{"$f":"$C$26+($C$25-$C$26)*(($K104-$B$26)/($B$25-$B$26))","v":3.3744599999999996},"3.374V",47.242439999999995,"47.24V"]
[null,null,null,null,null,null,null,null,null,null,0,"1%",{"$f":"$C$26+($C$25-$C$26)*(($K105-$B$26)/($B$25-$B$26))","v":3.3079799999999997},"3.308V",46.311719999999994,"46.31V"]
[null,null,null,null,null,null,null,null,null,null,null,"0%",{"$f":"C26","v":3.2414999999999998},"3.242V",45.381,"45.38V","→","Approximate start of Knee Voltage of Cells"]
[]
[null,null,null,null,null,null,null,null,null,null,null,"X",null,null,null,"36.0V","→","Minimum Start-up voltage for BMU \n: AC Charging Allowed"]
[]
[null,null,null,null,null,null,null,null,null,null,null,"X",24,null,null,"28.0V","→","Pack has reached Critical Low Voltage Point"]
[null,null,null,null,null,null,null,null,null,null,null,"X","X",null,null,"X","→","Cells that have reached 0.5V are now \"bad\" \nand will have higher self-discharge"]
[]
[null,null,null,null,null,null,null,null,null,null,null,"*(1)",null,null,null,"Alternator Will normally limit the Voltage to 58V, this limit is a safty limit controlled by PLC."]
[null,null,null,null,null,null,null,null,null,null,null,"*(2)",null,null,null,"In 2x Alternator applications, there will always be at least 1x Alternator producing current."]

{"sheet":"VOLTA_29Ah_SOCvsOCV 30degC","index":6,"n_rows":55,"n_cols":5,"rows_kept":55,"cut":false,"hidden":true,"merged":[]}
[]
[]
[]
[null,"Usable SOC","Usable Dcap at 1C (Ah)","1hr OCV","1C"]
[null,0,27.108276844532327,3.4260000000000002,3.0093485507246367]
[null,0.02,26.56611130764168,3.4392617721231229,3.1855747044146123]
[null,0.04,26.023945770751034,3.4493747044174565,3.2652608653634791]
[null,0.06,25.481780233860388,3.4628610644437168,3.3089933886431329]
[null,0.08,24.939614696969741,3.4799935830847333,3.3398775802585439]
[null,0.1,24.397449160079095,3.4953160481988159,3.3644887854297645]
[null,0.12,23.855283623188448,3.5092746231929564,3.3850650427899178]
[null,0.14000000000000001,23.313118086297802,3.5225658446710852,3.4027356156866029]
[null,0.16,22.770952549407156,3.5343080239748232,3.4177309271402918]
[null,0.18,22.228787012516509,3.5449676464214117,3.4311339540408587]
[null,0.2,21.686621475625863,3.5556763430031335,3.4438399767214833]
[null,0.22,21.144455938735213,3.5666699001652025,3.4558971832244496]
[null,0.24,20.60229040184457,3.5775616212200854,3.4672876963075221]
[null,0.26,20.06012486495392,3.5881679018581858,3.4774635049105616]
[null,0.28000000000000003,19.517959328063274,3.598166033074607,3.4853472377787793]
[null,0.3,18.975793791172627,3.6052708805843974,3.4925200832781522]
[null,0.32,18.433628254281984,3.6110460937284539,3.4993885964670359]
[null,0.34,17.891462717391335,3.6163834746615744,3.5053814452340486]
[null,0.36,17.349297180500692,3.6216275072509276,3.5123077774387261]
[null,0.38,16.807131643610042,3.6269582365278148,3.5190630356140815]
[null,0.4,16.264966106719395,3.632537492064142,3.5257243656092352]
[null,0.42,15.722800569828751,3.6384528403020973,3.5327439978587405]
[null,0.44,15.180635032938103,3.6447851960276338,3.5400642099446817]
[null,0.46,14.638469496047456,3.6516154740267055,3.547953949870978]
[null,0.48,14.09630395915681,3.658583165759874,3.5560453007479618]
[null,0.5,13.554138422266163,3.6664399045222447,3.5648304339435128]
[null,0.52,13.011972885375517,3.6757426250418122,3.574415261722883]
[null,0.54,12.469807348484869,3.6863754950018324,3.5845506606871829]
[null,0.56000000000000005,11.927641811594222,3.6987596445418371,3.5960920658693265]
[null,0.57999999999999996,11.385476274703578,3.7140205835705564,3.6099026606746674]
[null,0.6,10.843310737812931,3.7335647895319499,3.6255402504260901]
[null,0.62,10.301145200922285,3.7556888361566783,3.6412630061740408]
[null,0.64,9.7589796640316386,3.7757225302176987,3.6576497020213403]
[null,0.66,9.2168141271409887,3.7937010765187353,3.6740363978686394]
[null,0.68,8.6746485902503423,3.8114965017487332,3.6921627438908118]
[null,0.7,8.1324830533596995,3.8288617775382798,3.7114361510833729]
[null,0.72,7.5903175164690531,3.8472885748382679,3.7302674118977568]
[null,0.74,7.0481519795784067,3.8662124902590906,3.7495748668664568]
[null,0.76,6.5059864426877567,3.885551625359247,3.7699111019442002]
[null,0.78,5.9638209057971103,3.9046101209339397,3.7906649096882319]
[null,0.8,5.4216553689064639,3.9241254829893895,3.8110788730968164]
[null,0.82,4.8794898320158211,3.9444462412705565,3.8322457235505549]
[null,0.84,4.3373242951251747,3.9648433257501803,3.854478658272293]
[null,0.86,3.7951587582345248,3.9855587352643354,3.8769703939849047]
[null,0.88,3.2529932213438784,4.0075063572876788,3.8998460730645039]
[null,0.9,2.710827684453232,4.0301090286680745,3.923046424258922]
[null,0.92,2.1686621475625856,4.0531440411162771,3.9472636543823008]
[null,0.94,1.6264966106719427,4.0762942068016281,3.9722296385669043]
[null,0.96,1.0843310737812928,4.1005589976721488,3.996903929331614]
[null,0.98,0.54216553689064639,4.1252794988360755,4.023309919211262]
[null,1,0,4.1500000000000004,4.0509727272727289]

{"sheet":"Volta NMC Cells","index":7,"n_rows":27,"n_cols":9,"rows_kept":27,"cut":false,"hidden":true,"merged":[]}
[]
["Cell Specifications:",null,null,null,null,"Module Specs:",28,"Cells / Module"]
["Capacity (nom)",29,"Ah",null,null,"Nominal Energy Rating",{"$f":"G5*G8","v":2963.8},"Wh"]
["Capacity (min)",27.5,"Ah",null,null,"Maximum Energy Rating",{"$f":"G6*G8","v":3398.22},"Wh"]
["Cell Voltage (nom)",3.65,"V",null,null,"Nominal Voltage",{"$f":"B5*14","v":51.1},"V"]
["Cycle Life (>80%)",2000,"Cycles",null,null,"Maximum Voltage",{"$f":"B22*14","v":58.589999999999996},"V"]
["Operating Temp",-20,60,"0C",null,"Low Voltage",{"$f":"B23*14","v":44.800000000000004},"V"]
["Charging Temp",0,45,"0C",null,"Module Capacity (Nom)",{"$f":"B3*2","v":58},"Ah"]
["AC Impedance","≤1","mΩ",null,null,"Maximum Module Charge",58,"A","1C w/ 2 cell in Parallel up to 58.1V"]
["Energy Density",475,"Wh/L",null,null,"Constant Voltage Charge",58.1,58.8,"V"]
["Gravimetric Density",220,"Wh/kg"]
["Discharge V (min)",2,"V"]
["Discharge Max (cont)",100,"A"]
["Discharge peak",175,"A"]
["Charge Method","CC-CV"]
["Max Charge Current",29,"A"]
["Constant Voltage",4.1500000000000004,4.2,"V",null,"Total Modules per pack",5,"# of Modules"]
["Charge Termination",290,"mA",null,null,"Total Packs ",2]
[null,null,null,null,null,"Total Pack Wh",{"$f":"(G17*G4)*G18","v":33982.199999999997},"Wh"]
["Module Voltage High",58.8,"V",null,null,"Total Pack(s) Ah",{"$f":"((G9)*G17)*G18","v":580},"Ah"]
["Module Voltage Low",44.8,"V"]
["Cell Voltage High",4.1849999999999996,"V"]
["Cell Voltage Low",3.2,"V"]
["BMS Over Current",200,"A"]
["BMS Over Charge",55,"A"]
["BMS Over Temp",55,"0C"]
["BMS Low Temp",0,"0C"]

{"sheet":"Inverters","index":8,"n_rows":56,"n_cols":13,"rows_kept":56,"cut":false,"hidden":true,"merged":[]}
["Sensata ",null,null,null,null,"Sensata ",null,null,null,null,"Sensata "]
["48NP36HRQ-099  AC/DC Inverter",null,null,null,null,"48DC12-150 DC/DC Converter with Integrated 48V Clamp",null,null,null,null,"48DC12-240 DC/DC Converter with Integrated 48V Clamp"]
[]
["Inverter:",null,null,null,null,"Converter:",null,null,null,null,"Converter:"]
["Output Power (W) AC continuous:",3600,null,null,null,"Output Power (W) DC continuous:",1800,"@250C",null,null,"Output Voltage (W) DC continuous:"]
["Output Current (A) AC continuous:",30,null,null,null,"Output Current (A) DC continuous:",150,null,null,null,"Output Current (A) DC continuous:",30]
["Input Voltage (V) DC Range:","39V - 50V","5 sec @ 39V",null,null,"Output Voltage (V) DC nom.:",12.6,null,null,null,"Output Voltage (V) DC nom.:",12.6]
["Surge Voltage (V) DC:","60V",null,null,null,"Output Voltage (V) DC max.:","14.4V",null,null,null,"Output Voltage (V) DC max.:",14.4]
["Input Current (A) DC continuous:",94,null,null,null,"Input Voltage (V) DC Range:","39V - 50V","5 sec @ 39V",null,null,"Voltage Surge Rating (V):","60V"]
["Peak Power (W) AC:",6000,null,"`",null,"Input Current (A) DC continuous:",50,null,null,null,"Input Voltage (V) DC Range:","39V - 50V","5 sec @ 39V"]
["Peak Output (A) AC:",100,null,null,null,null,null,null,null,null,"Input Current (A) DC continuous:",100]
["Weight (lbs):",68,null,null,null,"Surge Voltage (V):",60,null,null,null,"Idle current (typ) (A):",0.9]
["Output Voltage (VAC):",120,"±5%",null,null,"Peak Output (W) :",3100,null,null,null,"Continuous output Power (W):",3000]
["Output Frequency (Hz):",60,"±0.05%",null,null,"Weight (lbs):",42,null,null,null,"Weight (lbs):",63]
["Output Waveform:","Pure Sine < 5% THD",null,null,null,null,null,null,null,null,"Efficiency:",0.91,"@ 40%"]
["Operating Temperature:","-200C to 650C",null,null,null,null,null,null,null,null,"Efficiency:",0.84,"@100%"]
["Inverter Efficiency:",0.91,"@ 50%"]
[null,null,null,null,null,"Operating Temperature:","-200C to 650C",null,null,null,"Operating Temperature:","-200C to 650C"]
["Charger:",null,null,null,null,"Converter Efficiency:",0.9,"@50%",null,null,"Converter Efficiency:","~96%"]
["AC Input Voltage Range:","95VAC to 135VAC"]
["AC Input Current (Amps AC)",30,null,null,null,"Clamp:",null,null,null,null,"Clamp:"]
["DC Output Current (Amps DC)",50,null,null,null,"DC Clamp Voltage Range:",null,null,null,null,"DC Clamp Voltage Range:"]
["DC Output Voltage Max. (V DC)","48V","±xxV "]
["DC Output Voltage Max. (V DC) in SOC","~100%"]
[null,null,null,null,null,"Clamp Power Capability (W):",null,null,null,null,"Clamp Power Capability (W):"]
[]
["Bypass"]
["Amps AC",30]
[null,null,null,null,null,"On/Off voltage sense tab (V)","10-60 VDC","On",null,null,"On/Off voltage sense tab (V)","10-60 VDC","On"]
["On/Off voltage sense tab (V)","10-60 VDC","On",null,null,"On/Off voltage sense tab (A)","<1 mA","On",null,null,"On/Off voltage sense tab (A)","<1 mA","On"]
["On/Off voltage sense tab (A)","<1 mA","On"]
[]
[]
["Questions:"]
["1) What should switch be set for Battery Type?  Does it matter?",null,null,null,null,"Questions:",null,null,null,null,"Questions:"]
["2) Max output DC Voltage in charge mode?"]
[]
["Model:  48NP36R   description:  48VDC inverter /charger:"]
[]
["We will program the recipe as follows for Bill to test in Milwaukee:"]
["     INVERTER MODE:"]
["- 40.6V             for inception of low battery"]
["- 43.6V             hysteresis to clear the low battery condition"]
["- 46V                to recover if there is a low battery shutdown"]
[]
["              CHARGER MODE:"]
["-          Charger voltage to be 48 VDC"]
["-          Change voltage from BULK to ACCEPT  is 48 VDC"]
["-          Full charge current is 50 amps ??"]
[]
[]
[]
["Product on/off operation:"]
[]
["OFF                        local switch needs to be OFF       ……..      AND ……               Voltage sensor TAB in OFF"]
["ON                         local switch needs to be ON        ………..   OR   ………….. voltage sensor TAB needs to be ON "]

{"sheet":"SOCvsOCV 10degC","index":9,"n_rows":22,"n_cols":3,"rows_kept":22,"cut":false,"hidden":true,"merged":[[0,0,0,2]]}
["10°C"]
["Discharge Capacity (Ah)","OCV (V) ","SOC vs OCV (10degC)"]
[0,4.1859000000000002,{"$f":"(1-(A3/$A$22))*100","v":100}]
[1.25,4.117,{"$f":"(1-(A4/$A$22))*100","v":94.505494505494497}]
[2.5,4.0541999999999998,89.010989010989007]
[3.75,3.9946000000000002,83.516483516483518]
[5,3.9379,78.021978021978029]
[6.25,3.8832,72.527472527472526]
[7.5,3.8262999999999998,67.032967032967036]
[8.75,3.7725,61.53846153846154]
[10,3.7284999999999999,56.043956043956044]
[11.25,3.6949000000000001,50.549450549450547]
[12.5,3.6690999999999998,45.054945054945051]
[13.5,3.6495000000000002,40.659340659340657]
[14.75,3.6328,35.164835164835161]
[16,3.6166,29.670329670329664]
[17.25,3.5950000000000002,24.175824175824179]
[18.5,3.5684999999999998,18.681318681318682]
[19.75,3.5390000000000001,13.186813186813184]
[21,3.5038,7.6923076923076872]
[22.25,3.4693000000000001,2.1978021978022011]
[22.75,3.4548999999999999,0]

{"sheet":"SOCvsOCV 30degC","index":10,"n_rows":23,"n_cols":3,"rows_kept":23,"cut":false,"hidden":true,"merged":[[0,0,0,2]]}
["30°C"]
["Discharge Capacity (Ah)","OCV (V) ","SOC vs OCV (30degC)"]
[0,4.1860999999999997,{"$f":"(1-($A3/$A$23))*100","v":100}]
[1.25,4.1184000000000003,{"$f":"(1-($A4/$A$23))*100","v":94.791666666666657}]
[2.5,4.0553999999999997,89.583333333333343]
[3.75,3.996,84.375]
[5,3.9394999999999998,79.166666666666657]
[6.25,3.8866000000000001,73.958333333333329]
[7.5,3.8327,68.75]
[8.75,3.7772999999999999,63.541666666666671]
[10,3.7322000000000002,58.333333333333329]
[11.25,3.6991999999999998,53.125]
[12.5,3.6741999999999999,47.916666666666664]
[13.5,3.6545999999999998,43.75]
[14.75,3.6387,38.541666666666664]
[16,3.6221999999999999,33.333333333333336]
[17.25,3.5943999999999998,28.125]
[18.5,3.5672999999999999,22.916666666666664]
[19.75,3.5388000000000002,17.708333333333336]
[21,3.5038999999999998,12.5]
[22.25,3.4706000000000001,7.2916666666666625]
[23.5,3.38,2.083333333333337]
[24,3.2414999999999998,0]

{"sheet":"OCV Table","index":11,"n_rows":102,"n_cols":5,"rows_kept":102,"cut":false,"hidden":true,"merged":[]}
["SOC (%)","Cell OCV (V)\nInterpolated","Cell OCV (V)\nInterpolated","Pack OCV (V)\nInterpolated","Pack OCV (V)\nInterpolated"]
["100%",4.1860999999999997,"4.186V",58.605399999999996,"58.61V"]
["99%",4.1731015999999999,"4.173V",58.4234224,"58.42V"]
["98%",4.1601032,"4.16V",58.241444799999996,"58.24V"]
["97%",4.1471048000000001,"4.147V",58.0594672,"58.06V"]
["96%",4.1341064000000003,"4.134V",57.877489600000004,"57.88V"]
["95%",4.1211080000000004,"4.121V",57.695512000000008,"57.7V"]
["94%",4.1088240000000003,"4.109V",57.523536000000007,"57.52V"]
["93%",4.0967279999999997,"4.097V",57.354191999999998,"57.35V"]
["92%",4.084632,"4.085V",57.184848000000002,"57.18V"]
["91%",4.0725359999999995,"4.073V",57.015503999999993,"57.02V"]
["90%",4.0604399999999998,"4.06V",56.846159999999998,"56.85V"]
["89%",4.0487471999999993,"4.049V",56.682460799999987,"56.68V"]
["88%",4.0373424,"4.037V",56.5227936,"56.52V"]
["87%",4.0259375999999998,"4.026V",56.363126399999999,"56.36V"]
["86%",4.0145327999999996,"4.015V",56.203459199999998,"56.2V"]
["85%",4.0031280000000002,"4.003V",56.043792000000003,"56.04V"]
["84%",3.9919320000000003,"3.992V",55.887048000000007,"55.89V"]
["83%",3.9810840000000001,"3.981V",55.735176000000003,"55.74V"]
["82%",3.9702359999999999,"3.97V",55.583303999999998,"55.58V"]
["81%",3.9593880000000001,"3.959V",55.431432000000001,"55.43V"]
["80%",3.9485399999999999,"3.949V",55.279559999999996,"55.28V"]
["79%",3.9378072,"3.938V",55.129300799999996,"55.13V"]
["78%",3.9276504000000001,"3.928V",54.9871056,"54.99V"]
["77%",3.9174935999999998,"3.917V",54.844910399999996,"54.84V"]
["76%",3.9073367999999999,"3.907V",54.7027152,"54.7V"]
["75%",3.8971800000000001,"3.897V",54.560520000000004,"54.56V"]
["74%",3.8870312,"3.887V",54.418436800000002,"54.42V"]
["73%",3.8766824,"3.877V",54.2735536,"54.27V"]
["72%",3.8663335999999999,"3.866V",54.128670399999997,"54.13V"]
["71%",3.8559847999999999,"3.856V",53.983787199999995,"53.98V"]
["70%",3.8456359999999998,"3.846V",53.838903999999999,"53.84V"]
["69%",3.8353591999999996,"3.835V",53.695028799999996,"53.7V"]
["68%",3.8247223999999997,"3.825V",53.546113599999998,"53.55V"]
["67%",3.8140855999999999,"3.814V",53.397198400000001,"53.4V"]
["66%",3.8034488,"3.803V",53.248283200000003,"53.25V"]
["65%",3.7928119999999996,"3.793V",53.099367999999998,"53.1V"]
["64%",3.7812687999999999,"3.781V",52.937763199999999,"52.94V"]
["63%",3.7726096,"3.773V",52.816534400000002,"52.82V"]
["62%",3.7639504000000001,"3.764V",52.695305600000005,"52.7V"]
["61%",3.7552912000000003,"3.755V",52.5740768,"52.57V"]
["60%",3.746632,"3.747V",52.452848000000003,"52.45V"]
["59%",3.7364240000000004,"3.736V",52.309936000000008,"52.31V"]
["58%",3.7300880000000003,"3.73V",52.221232000000001,"52.22V"]
["57%",3.7237520000000002,"3.724V",52.132528000000001,"52.13V"]
["56%",3.7174160000000001,"3.717V",52.043824000000001,"52.04V"]
["55%",3.7110799999999999,"3.711V",51.955120000000001,"51.96V"]
["54%",3.7047439999999998,"3.705V",51.866416000000001,"51.87V"]
["53%",3.6894095999999998,"3.689V",51.651734399999995,"51.65V"]
["52%",3.6856464,"3.686V",51.599049600000001,"51.6V"]
["51%",3.6818832000000001,"3.682V",51.546364799999999,"51.55V"]
["50%",3.6781199999999998,"3.678V",51.493679999999998,"51.49V"]
["49%",3.6743568,"3.674V",51.440995200000003,"51.44V"]
["48%",3.6705935999999997,"3.671V",51.388310399999995,"51.39V"]
["47%",3.6668303999999998,"3.667V",51.3356256,"51.34V"]
["46%",3.6630672,"3.663V",51.282940799999999,"51.28V"]
["45%",3.6593039999999997,"3.659V",51.230255999999997,"51.23V"]
["44%",3.6555407999999998,"3.656V",51.177571199999996,"51.18V"]
["43%",3.6523103999999997,"3.652V",51.132345599999994,"51.13V"]
["42%",3.6492575999999999,"3.649V",51.089606400000001,"51.09V"]
["41%",3.6462048,"3.646V",51.046867200000001,"51.05V"]
["40%",3.6431520000000002,"3.643V",51.004128000000001,"51V"]
["39%",3.6400991999999999,"3.64V",50.961388799999995,"50.96V"]
["38%",3.636984,"3.637V",50.917776000000003,"50.92V"]
["37%",3.6338159999999999,"3.634V",50.873424,"50.87V"]
["36%",3.6306479999999999,"3.631V",50.829071999999996,"50.83V"]
["35%",3.6274799999999998,"3.627V",50.78472,"50.78V"]
["34%",3.6243119999999998,"3.624V",50.740367999999997,"50.74V"]
["33%",3.6204207999999998,"3.62V",50.6858912,"50.69V"]
["32%",3.6150831999999999,"3.615V",50.611164799999997,"50.61V"]
["31%",3.6097455999999997,"3.61V",50.536438399999994,"50.54V"]
["30%",3.6044079999999998,"3.604V",50.461711999999999,"50.46V"]
["29%",3.5990704,"3.599V",50.386985600000003,"50.39V"]
["28%",3.5937495999999998,"3.594V",50.312494399999999,"50.31V"]
["27%",3.5885463999999998,"3.589V",50.2396496,"50.24V"]
["26%",3.5833431999999998,"3.583V",50.166804799999994,"50.17V"]
["25%",3.5781399999999999,"3.578V",50.093959999999996,"50.09V"]
["24%",3.5729367999999999,"3.573V",50.021115199999997,"50.02V"]
["23%",3.5677335999999999,"3.568V",49.948270399999998,"49.95V"]
["22%",3.562284,"3.562V",49.871976000000004,"49.87V"]
["21%",3.5568119999999999,"3.557V",49.795367999999996,"49.8V"]
["20%",3.5513400000000002,"3.551V",49.718760000000003,"49.72V"]
["19%",3.545868,"3.546V",49.642152000000003,"49.64V"]
["18%",3.5403960000000003,"3.54V",49.565544000000003,"49.57V"]
["17%",3.5340536,"3.534V",49.4767504,"49.48V"]
["16%",3.5273528000000001,"3.527V",49.382939200000003,"49.38V"]
["15%",3.5206520000000001,"3.521V",49.289128000000005,"49.29V"]
["14%",3.5139511999999997,"3.514V",49.195316799999993,"49.2V"]
["13%",3.5072503999999998,"3.507V",49.101505599999996,"49.1V"]
["12%",3.5007031999999998,"3.501V",49.009844799999996,"49.01V"]
["11%",3.4943095999999998,"3.494V",48.920334399999994,"48.92V"]
["10%",3.4879159999999998,"3.488V",48.830824,"48.83V"]
["9%",3.4815224000000002,"3.482V",48.741313600000005,"48.74V"]
["8%",3.4751288000000002,"3.475V",48.651803200000003,"48.65V"]
["7%",3.4655264000000003,"3.466V",48.517369600000002,"48.52V"]
["6%",3.4481312000000002,"3.448V",48.273836800000005,"48.27V"]
["5%",3.430736,"3.431V",48.030304000000001,"48.03V"]
["4%",3.4133407999999998,"3.413V",47.786771199999997,"47.79V"]
["3%",3.3959456000000001,"3.396V",47.5432384,"47.54V"]
["2%",3.3744599999999996,"3.374V",47.242439999999995,"47.24V"]
["1%",3.3079799999999997,"3.308V",46.311719999999994,"46.31V"]
["0%",0,"0V",0,"0V"]