71
dP
dV
I
dV
dV
V
dI
dV
0
(4.26)
dI
dV
V
1
(4.27)
Here, the mathematical results suggest that dP/dV and net electricity generation
are the functional current operating points that are up to the right of the MPP which
is quite applicable as a source electricity energy (Fig. 4.9). Simply, the results confirm that the capability of determining MPP has been reached at the maximum current level constantly in order to deliver the sufficient energy to satisfy the net energy
need for a house or building as a self-generated energy source which is defined by
the power-voltage (P-V) function as follows:
P
aV
bV
cV
d
PV
PV
PV
PV
3
2
(4.28)
Here, a, b, c, and d represent the cofactors calculated by the functional results of
the volts which are calculated by conducting the following equation:
V
b
b
ac
a
MPP
r
2
3
3
(4.29)
Fig. 4.9 (a) Shows the deviation of dP/dV in both functional MPP of P&O, (b) shows the proliferation and flexibility of electricity generation, (c) shows the scalar field of the electricity generation, (d) shows the net electricity current energy generation
Results and Discussion
dP
dV
I
dV
dV
V
dI
dV
0
(4.26)
dI
dV
V
1
(4.27)
Here, the mathematical results suggest that dP/dV and net electricity generation
are the functional current operating points that are up to the right of the MPP which
is quite applicable as a source electricity energy (Fig. 4.9). Simply, the results confirm that the capability of determining MPP has been reached at the maximum current level constantly in order to deliver the sufficient energy to satisfy the net energy
need for a house or building as a self-generated energy source which is defined by
the power-voltage (P-V) function as follows:
P
aV
bV
cV
d
PV
PV
PV
PV
3
2
(4.28)
Here, a, b, c, and d represent the cofactors calculated by the functional results of
the volts which are calculated by conducting the following equation:
V
b
b
ac
a
MPP
r
2
3
3
(4.29)
Fig. 4.9 (a) Shows the deviation of dP/dV in both functional MPP of P&O, (b) shows the proliferation and flexibility of electricity generation, (c) shows the scalar field of the electricity generation, (d) shows the net electricity current energy generation
Results and Discussion
