Advanced Solar System Calculator

Equipment Details

Type of Equipment	Quantity	Wattage (W)	Operation Time (hours)	Action
Indoor lights Outdoor lights Television DVD player Sound Stereo Air conditioner Refrigerator Freezer Water cooler Oven Microwave Toaster Dishwasher Blender Coffee maker Electric kettle Slow cooker Washing machine Clothes dryer Vacuum cleaner				Remove

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System Details

Inverter Voltage (V): 12 V 24 V 48 V Days of Autonomy: Sun Hours (peak sunlight): Battery Capacity (Ah): Battery Voltage (V): 2 V 6 V 12 V 48 V Battery Type: Lithium Lead Acid Gel Panel Wattage (W): Panel Voltage (V):

Results

Inverter Size Needed (W):

Total Panels (Energy Based):

Panel Arrangement (Series × Parallel):

Number of Batteries Needed:

Calculate

How It Works

Daily Energy (Wh):totalDailyEnergy=∑(quantity×wattage×hours)
Then we multiply by a 1.3 safety factor and by the days of autonomy.

Peak Load (W):peakLoad=∑(quantity×wattage)
Then we multiply by a 1.3 safety factor and round up to the nearest 100 W to get the inverter size.

Battery Sizing:

Battery capacity (Wh) for one battery = batteryCapacity (Ah)×batteryVoltage (V)

Required total battery capacity (Wh) = totalDailyEnergy×daysOfAutonomy

Number of batteries = Required Battery Wh/Single Battery Wh

Panel Sizing (simplified):

Each panel produces panelWattage×sunHours.

Number of panels = Required Battery Wh/(panelWattage×sunHours)

Feel free to adjust any SunHours or SafetyFactor values to reflect your local conditions or design preferences

We offer to customize your solution using advanced simulations using PVSyst and HOMER, kindly send us your needs