351
The next step is to determine the photovoltaic current production by I pv calculation
from the model of one diode (Fig. 16.3a), considering I–V–R relationship (Fig. 16.3b),
and use the illumination received by the photovoltaic array to convert from DC to AC
and then use it for domestic energy and low voltage current demand (Fig. 16.3c).
Since the solar thermal energy is taken by the photo-physical reaction of photovoltaic panel (PV) which is a continuum flow of photons into the PV panel, it is
necessary to determine the excellent photo-physical reaction in the curtain wallacting PV panel. For this, it is essential to clarify solar thermal conductivity and
solar cell antireflective coatings by analyzing quantum electrodynamics, the most
effective fields in modern physics to capture much more solar energy [30–32].
Subsequently, classical statistical physics has been used to determine the radiation
energy density of inner surface on its (curtain wall) considering the electromagnetic
wave and Maxwell-Boltzmann constant statistics (Fig. 16.4). Therefore, a mathematical model of photovoltaic dynamic, in this research, has been developed to
capture maximum solar energy by the acting PV panel of building exterior skin
Fig. 16.3 Single-diode circuit of a photovoltaic (PV) cell modeled by MATLAB simulation, (a)
the photovoltaic current production, (b) the model with a diode considering I–V–R relationship (c),
the conversion process of DC to AC for the use of domestic energy and low voltage current demand
for the building
Methods and Materials
The next step is to determine the photovoltaic current production by I pv calculation
from the model of one diode (Fig. 16.3a), considering I–V–R relationship (Fig. 16.3b),
and use the illumination received by the photovoltaic array to convert from DC to AC
and then use it for domestic energy and low voltage current demand (Fig. 16.3c).
Since the solar thermal energy is taken by the photo-physical reaction of photovoltaic panel (PV) which is a continuum flow of photons into the PV panel, it is
necessary to determine the excellent photo-physical reaction in the curtain wallacting PV panel. For this, it is essential to clarify solar thermal conductivity and
solar cell antireflective coatings by analyzing quantum electrodynamics, the most
effective fields in modern physics to capture much more solar energy [30–32].
Subsequently, classical statistical physics has been used to determine the radiation
energy density of inner surface on its (curtain wall) considering the electromagnetic
wave and Maxwell-Boltzmann constant statistics (Fig. 16.4). Therefore, a mathematical model of photovoltaic dynamic, in this research, has been developed to
capture maximum solar energy by the acting PV panel of building exterior skin
Fig. 16.3 Single-diode circuit of a photovoltaic (PV) cell modeled by MATLAB simulation, (a)
the photovoltaic current production, (b) the model with a diode considering I–V–R relationship (c),
the conversion process of DC to AC for the use of domestic energy and low voltage current demand
for the building
Methods and Materials