CALCULATE THE SIZE OF BATTERY BANK & INVERTOR

Electrical Load Details

Sr.No Equiment Name No Watt Using Hr/Day Watt Hr./Day1 TUBE LIGHTS 5 40 6 1200.0 ###2 FAN 5 150 6 4500.0 ###3 TV 1 120 2 240.0 ###4 PC 1 140 2 280.0 ###

0.0 0

0.0 00.0 00.0 00.0 0

0.0 00.0 0

0.0 00.0 00.0 00.0 00.0 00.0 00.0 00.0 00.0 00.0 00.0 0

0.0 0 :Size of Invertor:0.0 00.0 00.0 00.0 00.0 00.0 00.0 00.0 00.0 00.0 00.0 00.0 00.0 00.0 00.0 0

Total Load 6220.0 ###Watt.Hr/Day

CALCULATE THE SIZE OF BATTERY BANK & INVERTOR

Battery Bank's Voltage 24 Volts DC

0.25 Days

Loose Connection/Wire Loss Factor: 0 % 0Battery Efficiency 100 % 1Battery Aging: 10 % 0.1Depth of Discharge:(DOD) 50 % 0.5

Battery Operating Temp: 32The Battery Bank Required: 142.5 Amp.Hr

###If You are Selecting Battery 150 Amp.Hr @ 12 volts ###

Batteries connection for Battery Bank

:Battery Bank Detail :Type of Connection For Batteries Series ConnectionSelection of Batteries Connection: O.KSelection of Each Battery Voltage O.KNumber of String for Battry Bank 1 NosTotal Amp.Hr of Each String 150 Amp.HrTotal No of Battery in Each String 2 Nos

Total Battery Bank Amp.Hr 150 Amp.Hr Total Nos of Batteries in Battery Bank 2 Nos

:Size of Invertor:Calculate Additional Future Load 0 %Effieciency of Invertor 90 %Size of Invertor 1344.4444 KW

CALCULATIONS:Total KW.Hr/Day 6220.0 Watt.Hr/DayTotal Amp.Hr 259.2 Amp.HrAverage Load 259.2 Amp.HrStorage Required 64.8 Amp.HrBattery Aging 71.3 Amp.HrIncluding Operating Temp 71.3 Amp.HrDepth of Discharge 142.5 Amp.Hr

Watt.Hr/Day

Jignesh.Parmar www.electricalnotes.wordpress.com jiguparmar@yahoo.com

Reaserve Day: (How many days Do you want to get Power from battery Banks)

0