Total solar panel for 1 home rs indian cost is 38000 if u want this mail me at saamir_115@yahoo.in
The size of a standard solar panel is usually around 65 inches by 39 inches, with variations in dimensions based on the specific manufacturer and type of panel. This size is typically referred to as a 60-cell solar panel.
Depends on the physical size of the solar panel, and more-than-likely, the quality of material it's made of.
Yes :)
Area covered by the wiper is that of a semi-circle with diameter D, or the length of the solar panel - 156 cm.So the area = (1/2)*(PI/4)*(D2) = (1/2)*(PI/4)*(156cm2) = 9556.72 cm2Now find the area of the solar panel: area = length*width = 156 cm * 78 cm = 12,168 cm2Now % area cleaned will be the area of the wiper / area of the panel:9556.72 cm2 / 12168 cm2 * 100% = 78.5%
The formula is: 1 inch length times 1 inch width times 1 inch height makes 1 cubic inch.
The answer can be varies depending on climate area, fluctuation of demand and the mode of solar panel connection.For a general calculation with a stand alone solar panel on a moderate climate.AssumeThe 4 kW imply average 4 kW on 24 hr basisSolar Cell efficiency = 10%Solar irradiation = 6 hr/day at 1000 W/m2Safety factor = 50% for panel deterioration + Fluctuation of demand1) Calculate energy demand = 4 kW x 24 hr = 96 kWh2) Calculate solar cell energy generation, 1 m2 of panel could harvest energy = 1 kW/m2 irradiation x 10%/100 solar eff x 6 hr/day= 0.6 kWh/day.m23) Find the total area, Area = energy demand / energy per panel = 40 kWh/0.6 kWh/day.m2 = 66.7 m2 of solar panel4) Adjust design for safety factor 50% = 66.7 m2 x 1.5 = 100 m2 of solar panel
7.4 acres
they are 1) solar panel 2) charge regulator 3) battery 4) inverter.
There are many different sizes of panels so there is no direct answer to your question. Even the total amp rating of the panel doesn't make the determination. Every panel has only so many 1-inch slots, besides the main if there is one. So that number is your simplest answer. Also, some panels are rated for double breakers (not 2 pole, but doubles) which can double the number of circuits it can hold. Some panels are not rated for doubles and I don't know why. It is important when choosing a panel that you not buy the cheapest one you can find because you will find it only holds 10 or fewer 1-inch breakers. Choose a panel with the total amp rating you need, then choose one that has more 1-inch slots than you expect to need. This may be much larger than you imagine.
4 Watt-hours
1 watt will do the job.