where Cp is the power coefficient, and r is the rotor radius. Here, p.r2
represents Aw, rotor swept area. g value is taken as a variable value
depending on PV module type and module temperature. In the
study, mono-crystal silicon PV module type, rated output of 75W
at 1000 W/m2 is used. Here, g value changes between 7% and 17%
based on module surface temperatures which are between 10 C
and 70 C [27,28]. In the simulation model, for December, January
and February the temperature and the g values are assumed to be
where Cp is the power coefficient, and r is the rotor radius. Here, p.r2
represents Aw, rotor swept area. g value is taken as a variable value
depending on PV module type and module temperature. In the
study, mono-crystal silicon PV module type, rated output of 75W
at 1000 W/m2 is used. Here, g value changes between 7% and 17%
based on module surface temperatures which are between 10 C
and 70 C [27,28]. In the simulation model, for December, January
and February the temperature and the g values are assumed to be
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