Table 7 Results of \(\:{T}_{st}\) ( of ± 0.25 V,±00 W), \(\:{\varDelta\:U}_{s}\), \(\:\varDelta\:{O}_{s}\) of the \(\:{V}_{dc}\) and \(\:{P}_{g}\), with the objective function ISE for the system at \(\:\varDelta\:{P}_{load\:}\left(SLP\right)\) = \(\:+\)10 kW with and without supercapacitor.

From: Optimizing control and management of hybrid power system, consisting PV-wind and battery-super capacitor, using COOT algorithm

 

\(\:DC\:Voltage{(V}_{dc})\:\)

\(\:Active\:power\:{(P}_{g})\)

\(\:\sum\:ISE\)

\(\:{T}_{st}\:\left(s\right)\)

\(\:{\varDelta\:U}_{s}\:\left(V\right)\)

\(\:{\varDelta\:O}_{s}\:\left(V\right)\)

\(\:{T}_{st}\:\left(s\right)\)

\(\:{\varDelta\:U}_{s}\:\left(W\right)\)

\(\:{\varDelta\:O}_{s}\:\left(W\right)\)

GA-PI

0.2630

-2.00

1.68

0.0026

362

470

2.7511

COOT-PI

0.2640

-1.99

1.68

0.0026

374

488

2.6392

COOT-PI-PID

0.0120

-2.18

1.91

0.0201

3470

5700

0.3876

COOT-PI-PID + SC

0.0111

-0.69

0.60

0.0148

1140

1600

0.2963