28
as the photon energy generation on the earth surface where the solar energy generation of V(ω) depends on the total solar irradiance on the earth surface [27, 42],
J
V
Z
Z
Z
2
(2.29)
Hence, the PB frequency ω c and proliferative solar energy are considered as the
function u(t, t 0 ) for photon energy generation in the relation 〈a(t)〉 = u(t, t 0 )〈a(t 0 )〉. It
is therefore determined using the functional integral equation and is expressed as
Fig. 2.6 (a) Shows the above stands for the solar characteristics for theoretical function of optimum working point for energy generation per unit area, (b) depicts the theoretical function of
modular point of energy generation per unit area, and (c) shows energy generation at various
wavelengths of photon spectrum
2 Solar Energy
as the photon energy generation on the earth surface where the solar energy generation of V(ω) depends on the total solar irradiance on the earth surface [27, 42],
J
V
Z
Z
Z
2
(2.29)
Hence, the PB frequency ω c and proliferative solar energy are considered as the
function u(t, t 0 ) for photon energy generation in the relation 〈a(t)〉 = u(t, t 0 )〈a(t 0 )〉. It
is therefore determined using the functional integral equation and is expressed as
Fig. 2.6 (a) Shows the above stands for the solar characteristics for theoretical function of optimum working point for energy generation per unit area, (b) depicts the theoretical function of
modular point of energy generation per unit area, and (c) shows energy generation at various
wavelengths of photon spectrum
2 Solar Energy