The FC current, the PV current, Star
Technology Projects Centres
and the SC voltage. In the Star Technology
Project Centres initial state, the
small load power is equal to Star Technology
Projects Centre , and the SC storage
device is full of charge,as a result, the Star Technology
Project Centre photovoltaic Star
Technologies Projects Centres
source supplies power for the load of Star
Technologies Project Centres
W because then , and the FC Star Technologies
Projects Centre and
SC powers are zero. From these results, we
Star Technologies Project
Centre conclude that fuzzy-flat-ness-based control
Star Technology Projects
Centers provides better performance than the clas-
sical
PI controller.the PV
source supplies power for the load of 280 W. During the experiment, the FC maximum
power is limited by
the
MPPT and the PV maximum power is limited by the MPPT.The two
energy control loops, which generate current references and , were
implemented in the
real time card dSPACE DS through the math-
ematical environment of
Matlab-Simulink, with a sampling fre-
quency
of 25 kHz.