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["Wind farm CO2 estimator"]

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[null,null,"Wind farm Definition"]
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[null,"Supporting details",null,null,null,"Life cycle stages"]
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[null,"Transport",null,null,null,null,null,null,null,"Rebar",{"$f":"ACOS(SIN($K$12)*SIN('Gaia Wind 133 '!$D39)+COS(Worksheet!$K$12)*COS('Gaia Wind 133 '!$D39)*COS('Gaia Wind 133 '!$E39-Worksheet!$L$12))*6371","v":6343.2055341077375},"Select ",{"$f":"IF(SUM($G$7:$G$9)>=1,('Gaia Wind 133 '!D26/1000)*K22*$G$7*LOOKUP(L22,$B$24:$B$26,$C$24:$C$26),0)","v":0},{"$f":"ACOS(SIN($K$12)*SIN('Siemens  G2'!$D39)+COS($K$12)*COS('Siemens  G2'!$D39)*COS('Siemens  G2'!$E39-$L$12))*6371","v":15781.228653338876},"Select ",{"$f":"IF(SUM($G$7:$G$9)>=1,('Siemens  G2'!D26/1000)*N22*$G$8*LOOKUP(O22,$B$24:$B$26,$C$24:$C$26),0)","v":0},{"$f":"ACOS(SIN($K$12)*SIN('E- 126'!$D39)+COS($K$12)*COS('E- 126'!$D39)*COS('E- 126'!$E39-$L$12))*6371","v":15937.24367574908},"Select ",{"$f":"IF(SUM($G$7:$G$9)>=1,('E- 126'!A26/1000)*Q22*$G$9*LOOKUP(R22,$B$24:$B$26,$C$24:$C$26),0)","v":0},null,null,null,null,null,null,"Tower","Recycle",{"$f":"('Gaia Wind 133 '!D23*$G$7)+('Siemens  G2'!D23*$G$8)+('E- 126'!D23*$G$9)","v":0},null,null,0]
[null,"Mode of Transport","kgCO2e/ton of freight/km",null,null,null,null,null,null,"Cable",{"$f":"ACOS(SIN($K$12)*SIN('Gaia Wind 133 '!$D40)+COS(Worksheet!$K$12)*COS('Gaia Wind 133 '!$D40)*COS('Gaia Wind 133 '!$E40-Worksheet!$L$12))*6371","v":6343.2055341077375},"Select ",{"$f":"IF(SUM($G$7:$G$9)>=1,('Gaia Wind 133 '!D27/1000)*K23*$G$7*LOOKUP(L23,$B$24:$B$26,$C$24:$C$26),0)","v":0},{"$f":"ACOS(SIN($K$12)*SIN('Siemens  G2'!$D40)+COS($K$12)*COS('Siemens  G2'!$D40)*COS('Siemens  G2'!$E40-$L$12))*6371","v":15781.228653338876},"Select ",{"$f":"IF(SUM($G$7:$G$9)>=1,('Siemens  G2'!D27/1000)*N23*$G$8*LOOKUP(O23,$B$24:$B$26,$C$24:$C$26),0)","v":0},{"$f":"ACOS(SIN($K$12)*SIN('E- 126'!$D40)+COS($K$12)*COS('E- 126'!$D40)*COS('E- 126'!$E40-$L$12))*6371","v":15937.24367574908},"Select ",{"$f":"IF(SUM($G$7:$G$9)>=1,('E- 126'!A27/1000)*Q23*$G$9*LOOKUP(R23,$B$24:$B$26,$C$24:$C$26),0)","v":0},null,null,null,null,null,null,"Base","Recycle",{"$f":"('Gaia Wind 133 '!D25*$G$7)+('Siemens  G2'!D25*$G$8)+('E- 126'!D25*$G$9)","v":0},null,null,0]
[null,"Lorry ",0.15,null,null,null,null,null,null,"Total Transport",null,null,null,null,null,null,null,null,{"$f":"SUM(P15:P23)+SUM(M15:M23)+SUM(S15:S23)","v":0},null,null,null,null,null,null,"Rebar","Recycle",{"$f":"('Gaia Wind 133 '!D26*$G$7)+('Siemens  G2'!D26*$G$8)+('E- 126'!D26*$G$9)","v":0},null,null,0]
[null,"Plane",0.5,null,null,null,null,null,null,"Road",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cable","Recycle",{"$f":"('Gaia Wind 133 '!D27*$G$7)+('Siemens  G2'!D27*$G$8)+('E- 126'!D27*$G$9)","v":0},null,null,0]
[null,"Ship ",0.04,null,null,null,null,null,null,"Details ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Travel "]
[null,"Select ",null,null,null,null,null,null,null,"Width (m)",12.192,"Density of concrete kg/m^3",null,2400,null,null,null,null,null,null,null,null,null,null,null,"Disposal Process",null,"Distance travelled (km)","Transport","Mass (kg)"]
[null,"Crane details",null,null,null,null,null,null,null,"Depth (m)",0.25,"Concrete kgCO2e/kg ",null,0.47,null,null,null,null,null,null,null,null,null,null,null,"Landfill ",null,50,"Lorry ",{"$f":"IF($Z28=$AA$17,$AB$17,0)+IF($Z28=$AA$18,$AB$18,0)+IF($Z28=$AA$19,$AB$19,0)+IF($Z28=$AA$20,$AB$20,0)+IF($Z28=$AA$21,$AB$21,0)+IF($Z28=$AA$22,$AB$22,0)+IF($Z28=$AA$23,AB$23,0)+IF($Z28=$AA$24,$AB$24,0)+IF($Z28=$AA$25,$AB$25,0)","v":0},{"$f":"IF(SUM(G7:G9)>=1,LOOKUP(AC28,$B$24:$B$26,$C$24:$C$26)*AB28*AD28/1000,0)","v":0}]
[null,"Distance to site (km)",50,null,null,null,null,null,null,"Volume (m^3)",{"$f":"($K$27)*($K$28)*'Wind farm definition'!$J$8*1000","v":0},"Road kgCO2e",null,{"$f":"IF('Wind farm definition'!$G$8=\"Industrial Site\",0,$N28*$K30)","v":0},null,null,null,null,null,null,null,null,null,null,null,"Recycle",null,100,"Lorry ",{"$f":"IF($Z29=$AA$17,$AB$17,0)+IF($Z29=$AA$18,$AB$18,0)+IF($Z29=$AA$19,$AB$19,0)+IF($Z29=$AA$20,$AB$20,0)+IF($Z29=$AA$21,$AB$21,0)+IF($Z29=$AA$22,$AB$22,0)+IF($Z29=$AA$23,AB$23,0)+IF($Z29=$AA$24,$AB$24,0)+IF($Z29=$AA$25,$AB$25,0)","v":0},{"$f":"IF(SUM(G7:G9)>=1,LOOKUP(AC29,$B$24:$B$26,$C$24:$C$26)*AB29*AD29/1000,0)","v":0}]
[null,"Freight weight of crane (kg)",51000,null,null,null,null,null,null,"Mass (kg)",{"$f":"K29*$N$27","v":0},"Land type kgCO2e",null,{"$f":"(LOOKUP('Wind farm definition'!$G$8,Worksheet!B17:B19,Worksheet!C17:C19))*$N$29","v":0},null,null,null,null,{"$f":"N29+N30","v":0},null,null,null,null,null,null,"Incineration  ",null,50,"Lorry ",0,{"$f":"IF(SUM(G7:G9)>=1,LOOKUP(AC30,$B$24:$B$26,$C$24:$C$26)*AB30*AD30/1000,0)","v":0}]
[null,"kgCO2e ",{"$f":"$C$24*($C$30/100)*($C$29*2)","v":7650},null,null,null,"Move along to view the other life cycle stages",null,null,"Total ",null,null,null,null,null,null,null,null,{"$f":"IF(SUM(G7:G9)>=1,SUM($S$7:$S$9)+$S$24+$S$30+$C$31,0)","v":0},null,null,null,null,null,null,"Total ",null,null,null,null,{"$f":"IF(SUM(G7:G9)>=1,SUM(AE17:AE25)+SUM(AE7:AE9)+SUM(AE28:AE30)+C31,0)","v":0}]
[null,"kgCO2e per hour for plant equipment",5]
[]
[null,"Details of calculation for energy production per year"]
[null,"Air density (kg/m^3)",1.21]
[]
[]
[null,"Velocity Exceedance curve approximated by equation"]
[]
[]
[null,"where V∞ is the wind speed (m/s) and T the number of days "]
[null,"in a typical year when the mean wind speed exceeds V∞"]
[null,"Alter:"]
[null,"𝑉∞ 𝑇^0.5 = ",60]
[]
[]
[]
[]
[]
[null,null,null,null,null,null,"List of turbines in database"]
[null,null,null,null,null,null,"View",{"$f":"'Gaia Wind 133 '!C4","v":"Gaia Wind 133 "},{"$f":"'Siemens  G2'!C4","v":"Siemens  G2"},{"$f":"'E- 126'!C4","v":"E- 126"}]
[null,null,null,null,null,null,"Power (MW)",{"$f":"'Gaia Wind 133 '!C5","v":1.0999999999999999E-2},{"$f":"'Siemens  G2'!C5","v":2.2999999999999998},{"$f":"'E- 126'!C5","v":7.58}]
[null,null,null,null,null,null,"Rotor diameter (m)",{"$f":"'Gaia Wind 133 '!C6","v":13},{"$f":"'Siemens  G2'!C6","v":101},{"$f":"'E- 126'!C6","v":127}]
[null,null,null,null,null,null,"Rated speed m/s",{"$f":"'Gaia Wind 133 '!C7","v":10},{"$f":"'Siemens  G2'!C7","v":12.5},{"$f":"'E- 126'!C7","v":10}]
[null,null,null,null,null,null,"Design life (Years)",{"$f":"'Gaia Wind 133 '!C10","v":20},{"$f":"'Siemens  G2'!C10","v":20},{"$f":"'E- 126'!C10","v":20}]
[null,null,null,null,null,null,"Number of services (Yearly)",{"$f":"'Gaia Wind 133 '!C11","v":1},{"$f":"'Siemens  G2'!C11","v":1},{"$f":"'E- 126'!C11","v":1}]
[null,null,null,null,null,null,"Country of Manufacture",{"$f":"'Gaia Wind 133 '!C12","v":"UK"},{"$f":"'Siemens  G2'!C12","v":"Denmark"},{"$f":"'E- 126'!C12","v":"Portugal"}]
[null,null,null,null,null,null,"Information",{"$f":"'Gaia Wind 133 '!C13","v":"http://www.gaia-wind.com/133-11kw-turbine/"},{"$f":"'Siemens  G2'!C13","v":"http://www.energy.siemens.com/nl/en/renewable-energy/wind-power/platforms/g2-platform/"},{"$f":"'E- 126'!C13","v":"http://www.enercon.de/en-en/66.htm"}]

{"sheet":"Carbon appraisal result","index":3,"n_rows":39,"n_cols":9,"rows_kept":39,"cut":false,"hidden":false,"merged":[[0,1,0,13],[31,6,31,7],[27,5,27,8]]}
[null,"Carbon appraisal"]
[null,null,"Carbon Appraisal Result"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,"Summary (kgCO2e)"]
[null,null,null,null,null,{"$f":"Worksheet!F5","v":"Materials & Manufacture"},{"$f":"Worksheet!J5","v":"Assembly & Installation"},{"$f":"Worksheet!U5","v":"Operations & Maintenance"},{"$f":"Worksheet!Z5","v":"Decommissioning & Disposal"}]
[null,null,null,null,null,{"$f":"Worksheet!H10","v":0},{"$f":"Worksheet!S31","v":0},{"$f":"Worksheet!X10","v":0},{"$f":"Worksheet!AE31","v":0}]
[]
[null,null,null,null,null,null,"Carbon appraisal breakdown"]
[null,null,null,null,null,null,"Total CO2 produced (kgCO2e)",{"$f":"SUM(Worksheet!H10+Worksheet!S31+Worksheet!X10+Worksheet!AE31)","v":0}]
[null,null,null,null,null,null,"CO2  per year running  (kgCO2e) ",{"$f":"Worksheet!X10","v":0}]
[null,null,null,null,null,null,"Total energy produced in a year MWh",{"$f":"'Gaia Wind 133 '!C9*Worksheet!G7+'Siemens  G2'!C9*Worksheet!G8+'E- 126'!C9*Worksheet!G9","v":0}]
[null,null,null,null,null,null,"kgCO2e/MWh for a year",{"$f":"IF(H34=0,0,H34/H35)","v":0}]
[null,null,null,null,null,null,"kgCO2e/MWh Cradle to Grave",{"$f":"IF(H33=0,0,H33/(H35*(AVERAGE('Gaia Wind 133 '!C10,'Siemens  G2'!C10,'E- 126'!C10))))","v":0}]
[]
[null,null,null,null,null,null,"kgCO2e/MWh from burning coal ",9797]

{"sheet":"Gaia Wind 133 ","index":4,"n_rows":54,"n_cols":6,"rows_kept":54,"cut":false,"hidden":false,"merged":[[46,1,46,5],[41,1,41,5],[3,4,3,5],[1,1,1,5],[14,1,14,5],[23,1,23,5],[28,1,28,5]]}
[]
[null,{"$f":"C4","v":"Gaia Wind 133 "}]
[]
[null,null,"Gaia Wind 133 ",null,"Additional Information "]
[null,"Power (MW)",1.0999999999999999E-2,null,"IEC Class ","III (means suitable for sites with an annual average wind speed up to 7.5m/s)"]
[null,"Rotor diameter (m)",13,null,"Cut in wind speed (m/s)",3.5]
[null,"Rated speed (m/s)",10,null,"Cut out wind speed (m/s)",25]
[null,"Power coefficient",0.42,null,"Blade length ",{"$f":"C6/2","v":6.5}]
[null,"Yearly energy production (MWh)",{"$f":"D54/1000000","v":62.328767941439985},null,"Swept area (m^2)",{"$f":"POWER(C6,2)*0.25*3.14","v":132.66499999999999}]
[null,"Design life (Years)",20,null,"Tower height (m)",18.3]
[null,"Number of services (Yearly)",1,null,"Hours equipment in use for turbine construction ",12]
[null,"Country of Manufacture","UK",null,"Hours equipment in use for turbine maintenance",6]
[null,"Information","http://www.gaia-wind.com/133-11kw-turbine/",null,"Hours equipment in use for turbine decommission",12]
[]
[null,"Embodied CO2 of Materials Manufacture"]
[]
[null," Turbine part","Typical Material","Typical Weight (kg)","kgCO2e/kg","kgCO2e"]
[null,"Gearbox","Steel",75,0.47,{"$f":"D18*E18","v":35.25}]
[null,"Chassis","Steel",590,0.47,{"$f":"D19*E19","v":277.3}]
[null,"Generator","Copper",150,2.71,406.5]
[null,"Cover","Fibreglass",10,1.54,15.4]
[null,"Blade","Fibreglass",200,1.54,308]
[null,"Tower","Steel",2300,0.47,1081]
[null,"Foundation"]
[null,"Base","Concrete",49500,0.47,{"$f":"D25*E25","v":23265}]
[null,"Rebar","Steel",810,0.47,{"$f":"D26*E26","v":380.7}]
[null,"Cable","Copper",572,2.71,1550.12]
[]
[null,"Manufacturer "]
[]
[null,"Turbine part","Manufacturer","Latitude","Longitude"]
[null,"Gearbox","UK - Glasgow ",{"$f":"LOOKUP(C32,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":41.695},{"$f":"LOOKUP(C32,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":-8.83}]
[null,"Chassis","UK - Glasgow ",{"$f":"LOOKUP(C33,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":41.695},{"$f":"LOOKUP(C33,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":-8.83}]
[null,"Generator","UK - Glasgow ",{"$f":"LOOKUP(C34,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":41.695},{"$f":"LOOKUP(C34,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":-8.83}]
[null,"Cover","UK - Glasgow ",{"$f":"LOOKUP(C35,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":41.695},{"$f":"LOOKUP(C35,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":-8.83}]
[null,"Blade","UK - Glasgow ",{"$f":"LOOKUP(C36,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":41.695},{"$f":"LOOKUP(C36,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":-8.83}]
[null,"Tower","UK - Glasgow ",{"$f":"LOOKUP(C37,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":41.695},{"$f":"LOOKUP(C37,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":-8.83}]
[null,"Base","UK - Glasgow ",{"$f":"LOOKUP(C38,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":41.695},{"$f":"LOOKUP(C38,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":-8.83}]
[null,"Rebar","UK - Glasgow ",{"$f":"LOOKUP(C39,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":41.695},{"$f":"LOOKUP(C39,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":-8.83}]
[null,"Cable","UK - Glasgow ",{"$f":"LOOKUP(C40,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":41.695},{"$f":"LOOKUP(C40,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":-8.83}]
[]
[null,"Embodied CO2 of Materials & Manufacture "]
[]
[null,null,"kgCO2e"]
[null,"Total Turbine ",{"$f":"SUM(F18:F23)+SUM(F25:F27)","v":27319.27}]
[]
[null,"Energy per year"]
[]
[null,null,"Speed (m/s)","T (Days)","Power (W)"]
[null,"Cut In",{"$f":"F6","v":3.5},{"$f":"POWER(Worksheet!$C$44/C50,2)","v":293.87755102040813}]
[null,"Rated speed",{"$f":"C7","v":10},{"$f":"POWER(Worksheet!$C$44/C51,2)","v":36},{"$f":"Worksheet!$C$35*0.5*$C$8*$F$9*POWER(C51,3)","v":33710.176499999994}]
[null,"Cut out",{"$f":"F7","v":25},{"$f":"POWER(Worksheet!$C$44/C52,2)","v":5.76}]
[]
[null,null,"Energy (Wh)",{"$f":"(E51*(D51-D52)+(C8*0.5*F9*Worksheet!$C$35*POWER(60,3)*(-2)*((1/SQRT(D50)-(1/SQRT(D51))))))*24","v":62328767.941439986}]

{"sheet":"Siemens  G2","index":5,"n_rows":54,"n_cols":6,"rows_kept":54,"cut":false,"hidden":false,"merged":[[46,1,46,5],[41,1,41,5],[1,1,1,5],[3,4,3,5],[14,1,14,5],[23,1,23,5],[28,1,28,5]]}
[]
[null,{"$f":"C4","v":"Siemens  G2"}]
[]
[null,"Name of turbine","Siemens  G2",null,"Additional Information "]
[null,"Power (MW)",2.2999999999999998,null,"IEC Class ","IIB  (means suitable for sites with an annual average wind speed up to 8.5m/s)"]
[null,"Rotor diameter (m)",101,null,"Cut in wind speed (m/s)",3.5]
[null,"Rated speed m/s",12.5,null,"Cut out wind speed (m/s)",25]
[null,"Power coefficient",0.3,null,"Blade length ",49]
[null,"Yearly energy production (MWh)",{"$f":"D54/1000000","v":3437.6123743830012},null,"Swept area (m^2)",{"$f":"POWER(C6,2)*0.25*3.14","v":8007.7850000000008}]
[null,"Design life (Years)",20,null,"Hub height (m)","80 or site specific"]
[null,"Number of services (Yearly)",1,null,"Hours equipment in use for turbine construction ",24]
[null,"Country of Manufacture","Denmark",null,"Hours equipment in use for turbine maintenance",6]
[null,"Information","http://www.energy.siemens.com/nl/en/renewable-energy/wind-power/platforms/g2-platform/",null,"Hours equipment in use for turbine decommission",24]
[]
[null,"Embodied CO2 of Materials Manufacture"]
[]
[null,"Turbine part","Typical Material","Typical Weight (kg)","kgCO2e/kg","kgCO2e"]
[null,"Gearbox","Steel",112.5,0.47,{"$f":"D18*E18","v":52.875}]
[null,"Chassis","Steel",4583.8461538461534,0.47,{"$f":"D19*E19","v":2154.4076923076918}]
[null,"Generator","Copper",1165.3846153846155,2.71,3158.1923076923081]
[null,"Cover","Fibreglass",15,1.54,23.1]
[null,"Blade","Fibreglass",1553.8461538461538,1.54,2392.9230769230771]
[null,"Tower","Steel",162000,0.47,76140]
[null,"Foundation"]
[null,"Base","Concrete",384576.92307692306,0.47,{"$f":"D25*E25","v":180751.15384615384}]
[null,"Rebar","Steel",6293.0769230769229,0.47,{"$f":"D26*E26","v":2957.7461538461534}]
[null,"Cable","Copper",4444,2.71,12043.24]
[]
[null,"Manufacturer "]
[]
[null,"Turbine part","Manufacturer","Latitude","Longitude"]
[null,"Gearbox","Kansas- Hutchinson",{"$f":"LOOKUP(C32,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":38.0608},{"$f":"LOOKUP(C32,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":-97.929699999999997}]
[null,"Chassis","Denmark- Brande",{"$f":"LOOKUP(C33,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":55.95},{"$f":"LOOKUP(C33,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":9.1166999999999998}]
[null,"Generator","Kansas- Hutchinson",{"$f":"LOOKUP(C34,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":38.0608},{"$f":"LOOKUP(C34,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":-97.929699999999997}]
[null,"Cover","Kansas - Hutchinson",{"$f":"LOOKUP(C35,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":55.95},{"$f":"LOOKUP(C35,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":9.1166999999999998}]
[null,"Blade","Canada- Tillsonburg",{"$f":"LOOKUP(C36,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":42.866700000000002},{"$f":"LOOKUP(C36,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":-80.7333}]
[null,"Tower","Denmark- Brande",{"$f":"LOOKUP(C37,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":55.95},{"$f":"LOOKUP(C37,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":9.1166999999999998}]
[null,"Base","Denmark- Brande",{"$f":"LOOKUP(C38,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":55.95},{"$f":"LOOKUP(C38,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":9.1166999999999998}]
[null,"Rebar","Denmark- Brande",{"$f":"LOOKUP(C39,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":55.95},{"$f":"LOOKUP(C39,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":9.1166999999999998}]
[null,"Cable","Denmark- Brande",{"$f":"LOOKUP(C40,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":55.95},{"$f":"LOOKUP(C40,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":9.1166999999999998}]
[]
[null,"Embodied CO2 of Materials & Manufacture "]
[]
[null,null,"kgCO2e"]
[null,"Total Turbine ",{"$f":"SUM(F18:F23)+SUM(F25:F27)","v":279673.63807692309}]
[]
[null,"Energy per year"]
[]
[null,null,"Speed (m/s)","T (Days)","Power (W)"]
[null,"Cut In",{"$f":"F6","v":3.5},{"$f":"POWER(Worksheet!$C$44/C50,2)","v":293.87755102040813}]
[null,"Rated speed",{"$f":"C7","v":12.5},{"$f":"POWER(Worksheet!$C$44/C51,2)","v":23.04},{"$f":"Worksheet!$C$35*0.5*$C$8*$F$9*POWER(C51,3)","v":2838697.221679688}]
[null,"Cut out",{"$f":"F7","v":25},{"$f":"POWER(Worksheet!$C$44/C52,2)","v":5.76}]
[]
[null,null,"Energy (Wh)",{"$f":"(E51*(D51-D52)+(C8*0.5*F9*Worksheet!$C$35*POWER(60,3)*(-2)*((1/SQRT(D50)-(1/SQRT(D51))))))*24","v":3437612374.3830013}]

{"sheet":"E- 126","index":6,"n_rows":54,"n_cols":6,"rows_kept":54,"cut":false,"hidden":false,"merged":[[46,1,46,5],[41,1,41,5],[1,1,1,5],[3,4,3,5],[14,1,14,5],[23,1,23,5],[28,1,28,5]]}
[]
[null,{"$f":"C4","v":"E- 126"}]
[]
[null,"Name of turbine","E- 126",null,"Additional Information "]
[null,"Power (MW)",7.58,null,"IEC Class ","IA  (means suitable for sites with an annual average wind speed up to 10m/s)"]
[null,"Rotor diameter (m)",127,null,"Cut in wind speed (m/s)",3]
[null,"Rated speed m/s",10,null,"Cut out wind speed (m/s)",34]
[null,"Power coefficient",0.19900000000000001,null,"Blade length "]
[null,"Yearly energy production (MWh)",{"$f":"D54/1000000","v":3046.9674984894714},null,"Swept area (m^2)",{"$f":"POWER(C6,2)*0.25*3.14","v":12661.265000000001}]
[null,"Design life (Years)",20,null,"Hub height (m)",135]
[null,"Number of services (Yearly)",1,null,"Hours equipment in use for turbine construction ",30]
[null,"Country of Manufacture","Portugal",null,"Hours equipment in use for turbine maintenance",6]
[null,"Information","http://www.enercon.de/en-en/66.htm",null,"Hours equipment in use for turbine decommission",30]
[]
[null,"Embodied CO2 of Materials Manufacture"]
[]
[null,"Turbine part","Typical Material","Typical Weight (kg)","kgCO2e/kg","kgCO2e"]
[null,"Gearbox","Steel",150,0.47,{"$f":"D18*E18","v":70.5}]
[null,"Chassis","Steel",128000,0.47,{"$f":"D19*E19","v":60160}]
[null,"Generator","Copper",220000,2.71,596200]
[null,"Cover","Fibreglass",20,1.54,30.8]
[null,"Blade","Fibreglass",364000,1.54,560560]
[null,"Tower","Concrete",22469.23076923077,0.47,10560.538461538461]
[null,"Foundation"]
[null,"Base","Concrete",2500000,0.47,{"$f":"D25*E25","v":1175000}]
[null,"Rebar","Steel",7913.0769230769238,0.47,{"$f":"D26*E26","v":3719.146153846154}]
[null,"Cable","Copper",5588.0000000000009,2.71,15143.480000000001]
[]
[null,"Manufacturer "]
[]
[null,"Turbine part","Manufacturer","Latitude","Longitude"]
[null,"Gearbox","Portugal - Viana do Castelo\n",{"$f":"LOOKUP(C32,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":38.0608},{"$f":"LOOKUP(C32,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":-97.929699999999997}]
[null,"Chassis","Portugal - Viana do Castelo\n",{"$f":"LOOKUP(C33,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":38.0608},{"$f":"LOOKUP(C33,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":-97.929699999999997}]
[null,"Generator","Portugal - Viana do Castelo\n",{"$f":"LOOKUP(C34,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":38.0608},{"$f":"LOOKUP(C34,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":-97.929699999999997}]
[null,"Cover","Portugal - Viana do Castelo\n",{"$f":"LOOKUP(C35,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":38.0608},{"$f":"LOOKUP(C35,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":-97.929699999999997}]
[null,"Blade","Portugal - Viana do Castelo\n",{"$f":"LOOKUP(C36,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":38.0608},{"$f":"LOOKUP(C36,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":-97.929699999999997}]
[null,"Tower","Portugal - Viana do Castelo\n",{"$f":"LOOKUP(C37,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":38.0608},{"$f":"LOOKUP(C37,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":-97.929699999999997}]
[null,"Base","Portugal - Viana do Castelo\n",{"$f":"LOOKUP(C38,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":38.0608},{"$f":"LOOKUP(C38,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":-97.929699999999997}]
[null,"Rebar","Portugal - Viana do Castelo\n",{"$f":"LOOKUP(C39,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":38.0608},{"$f":"LOOKUP(C39,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":-97.929699999999997}]
[null,"Cable","Portugal - Viana do Castelo\n",{"$f":"LOOKUP(C40,Worksheet!$B$7:$B$14,Worksheet!$C$7:$C$14)","v":38.0608},{"$f":"LOOKUP(C40,Worksheet!$B$7:$B$14,Worksheet!$D$7:$D$18)","v":-97.929699999999997}]
[]
[null,"Embodied CO2 of Materials & Manufacture "]
[]
[null,null,"kgCO2e"]
[null,"Total Turbine ",{"$f":"SUM(F18:F23)+SUM(F25:F27)","v":2421444.4646153846}]
[]
[null,"Energy per year"]
[]
[null,null,"Speed (m/s)","T (Days)","Power (W)"]
[null,"Cut In",{"$f":"F6","v":3},{"$f":"POWER(Worksheet!$C$44/C50,2)","v":400}]
[null,"Rated speed",{"$f":"C7","v":10},{"$f":"POWER(Worksheet!$C$44/C51,2)","v":36},{"$f":"Worksheet!$C$35*0.5*$C$8*$F$9*POWER(C51,3)","v":1524352.9996750001}]
[null,"Cut out",{"$f":"F7","v":34},{"$f":"POWER(Worksheet!$C$44/C52,2)","v":3.1141868512110724}]
[]
[null,null,"Energy (Wh)",{"$f":"(E51*(D51-D52)+(C8*0.5*F9*Worksheet!$C$35*POWER(60,3)*(-2)*((1/SQRT(D50)-(1/SQRT(D51))))))*24","v":3046967498.4894714}]