(Solved): Problem 1 A PV module has the following characteristic values, short circuit current \\( = \\) ...

Problem 1 A PV module has the following characteristic values, short circuit current \\( = \\) \\( 6 \\mathrm{~A} \\), open-circuit voltage \\( =48 \\mathrm{~V} \\), and maximum power \\( =190 \\mathrm{~W} \\) respectively. While the maximum power rating of the PV panel is based on irradiance of \\( 600 \\mathrm{~W} / \\mathrm{m} 2 \\) and ambient temperature of \\( 25^{\\circ} \\mathrm{C} \\). Applying temperature coefficients for the short circuit current as \$alpha>=0.056$, open-circuit voltage \$$\begin{gathered} alpha \\ mathrmE=?0.38 \end{gathered}$$, and maximum power \$alpha+=?0.49$ for the PV module (i.e. forward bias mode), Determine the following at a location temperature of \\( 36^{\\circ} \\mathrm{C} \\), - Short Circuit Current - \\( I_{S c}\\left(T_{C}\\right) \\) - Open Circuit voltage - \\( V_{o c}\\left(T_{C}\\right) \\) - Maximum Power \\( -P^{*}\\left(T_{C}\\right) \\) - Maximum Power due to variation in irradiance