On a cloudless summer's day, the measured global radiation is E_G-HOR = 850 W/m². The Sun is at an angle of 50° to the horizon Assume that there is no diffuse and reflected radiation.

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a. What is the optimum inclination angle of the solar module and what is the irradiance E in this case? b. What is the irradiance for a inclination angle of the solar module of 15° to the horizon? Now take a winter's day: Epirect_H =EDiffus H= 300 W/m2. The sun is at an angle of 25° to %3D the horizon. c. What is the optimum inclination angle of the solar module and what is the irradiance in this case? Determine the best angle by trial and error. a. What is the optimum inclination angle of the solar module and what is the irradiance E in this case? b. What is the irradiance for a inclination angle of the solar module of 15° to the horizon? Now take a winter's day: Epirect_H =EDiffus H= 300 W/m2. The sun is at an angle of 25° to %3D the horizon. c. What is the optimum inclination angle of the solar module and what is the irradiance in this case? Determine the best angle by trial and error.

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