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CALCULATE THE SIZE OF BATTERY BANK & INVERTORJignesh.Parmar www.electricalnotes.wordpress.com jiguparmar@yahoo.com
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Electrical Load DetailsBattery Bank's Voltage12Volts DC
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Sr.No
Equiment Name NoWatt
Using Hr/Day
Watt Hr./DayReaserve Day: (How many days Do you want to get Power from battery Banks)2.5Days
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111001100.0100
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0.00Loose Connection/Wire Loss Factor:20%0.2
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0.00Battery Efficiency100%1
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0.00Battery Aging:20%0.2
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0.00Depth of Discharge:(DOD)50%0.5
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0.00Battery Operating Temp:46
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0.00The Battery Bank Required:60.0Amp.Hr
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0.001
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0.00If You are Selecting Battery 50Amp.Hr @6volts20
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0.00Batteries connection for Battery Bank
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0.00
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0.00:Battery Bank Detail :
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0.00Type of Connection For BatteriesSeries-Parral Connection
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0.00Selection of Batteries Connection:O.K
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0.00Selection of Each Battery VoltageO.K
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0.00Number of String for Battry Bank1Nos
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0.00Total Amp.Hr of Each String50Amp.Hr
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0.00Total No of Battery in Each String2Nos
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0.00
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0.00Total Battery Bank Amp.Hr50Amp.Hr
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0.00Total Nos of Batteries in Battery Bank 2Nos
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0.00
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0.00:Size of Invertor:
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0.00Calculate Additional Future Load20%
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0.00Effieciency of Invertor80%
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0.00Size of Invertor150KW
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0.00CALCULATIONS:
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0.00Total KW.Hr/Day100.0Watt.Hr/Day
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0.00Total Amp.Hr8.3Amp.Hr
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0.00Average Load10.0Amp.Hr
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0.00Storage Required25.0Amp.Hr
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0.00Battery Aging30.0Amp.Hr
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0.00Including Operating Temp30.0Amp.Hr
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0.00Depth of Discharge60.0Amp.Hr
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0.00
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0.00
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Total Load100.0100.0
Watt.Hr/Day
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