Consider the photovoltaic solar panel of Example 3.3 (Textbook p. 127). The heat

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Consider the photovoltaic solar panel of Example 3.3 (Textbook p. 127). The heat transfer coefficient should no longer be taken to be a specified value. Determine the silicon temperature and the electric power produced by the solar cell for an air velocity of 5 m/s parallel to the long direction, with air and surroundings temperatures of 25 degree C. The boundary layer is tripped to a turbulent condition at the leading edge of the panel. (Repeat part (a), except now the panel is oriented with its short side parallel to the airflow, that is, L = 0.1 m and w = 1 m. (Plot the electric power output and the silicon temperature versus air velocity over the range 0 um 10 m/s for the L = 0.1 m and w = 1 m case.

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