Question

The dimension of each solar cell is 100cm2 which generates the current of 3 A and potential difference of 0.5 V .What will be the potential difference and current generated by solar panel shown above?​

Answer 1

Answer:

The solar panel generates an 18V potential difference and 3A current. Please mark me as brainliest.

Explanation:

Given,

         Each solar cell generates 3A current

         Each solar cell generates 0.5V potential difference

         36 solar cells are connected in series in the figure to form solar panel

Voltage in series = Sum of voltages of each cell

= 0.5V x 36 = 18V

Current in series = Lowest current of individual cell

= 3A

Answer 2

Given data:

The dimension of each solar cell = $100cm^2$

Number of cells in the panel = $9\times4\;=\;36$

Current generated in one cell = $3A$

Potential difference of one cell = $0.5V$

To find:

Total current and potential difference generated by the solar panel = $?$

Explanation:

• Solar panel is the assembly of photovoltaic cells which are used to convert solar energy into electrical energy without any pollution.
• monocrystalline, polycrystalline, and thin-film are the types of solar panels which are massively used.

we can find the total current produced by the solar panel by multiplying the current which is produced in the cell to the total number of cells present in the solar panel.

         $=3\times36\\=108A$

we can find the total potential difference produced by the solar panel by multiplying the potential difference which is produced in the cell to the total number of cells present in the solar panel.

         $=0.5\times36\\=18V$

Therefore, the potential difference and current generated by the solar panel is $18V$ and $108A$ .