DESIGN OF SOLAR PANEL / BATTERY BANK / INVERTOR
- Solar System Voltage
- Losses in Wire,Connection,Battery
- Daily Sunshine Hours
- In Winter
- In Summer
- In Monsoon
- Average Daily Sunshine Hours
- Total Solar Power need
- Total Solar Power after Correction Factor
- Solar Array Size after Calculating Sun Hour
- Select Size of Solar Panel . ______Watts / _______Volts
- Solar Panel Connection . Series/Parallel/Series-Parallel.
- Type of Connection For Solar Panel -----
- Selection of Solar Panel Connection: Ok or Not Ok
- Selection of Each Solar Panel Voltage Ok or Not Ok
- Number of String for Solar Panel
- Total Watt of Each Solar Panel String
- Total No of Solar Panel in Each String
- Total Watts of Solar Panel
- Total Nos of Solar Panels
Input Details we have to enter about about Battery Bank :-
- Battery Bank's Voltage
- Reaserve Day: (How many days of capacity you want your batteries to Give you Current)
- Loose Connection/Wire Loss Factor:
- Battery Efficiency
- Battery Aging:
- Depth of Discharge:(DOD)
- Battery Operating Temp:
- The Battery Bank Required:
- Enter Each Battery Rating _______Amp.Hr @ _______volts
- Batteries connection for Battery Bank
Output Results :-
- Type of Connection For Batteries
- Selection of Batteries Connection: Ok or Not Ok
- Selection of Each Battery Voltage Ok or Not Ok
- Number of String for Batteries
- Total Amp.Hr of Each String
- Total No of Battery in Each String
- Total Battery Bank Amp.Hr
- Total Nos of Batteries in Battery Bank
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