0.57812 w 10.18812 1216 V 4.5682 2.72 A 15222 20.4ov 13.3V Solar Panel Radio Repeater Wind Generator Battery c) 0.5782

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0 57812 W 10 18812 1216 V 4 5682 2 72 A 15222 20 4ov 13 3v Solar Panel Radio Repeater Wind Generator Battery C 0 5782 1 (602.21 KiB) Viewed 17 times

Using a circuit analysis technique of your choosing, calculate
the mesh currents and power balance of the system at midday, when
the solar panel and the wind generator both deliver their rated
currents. Show all working. Comment on the effectiveness
(calculate percentages) of the power transfer from the solar panel
and wind generator to the battery and radio repeater. What power is
dissipated in the wiring? (Need help with the bolded
part)
0.57812 w 10.18812 1216 V 4.5682 2.72 A 15222 20.4ov 13.3V Solar Panel Radio Repeater Wind Generator Battery
c) 0.5782 w 0.1881 in 1216 V [2.72A {4.5682 23 13.3V *1521 20.40V Apply mesh analysis to loop current ; : 0.1884, + 152(21-22) + 1216-13,3 = 0 152.18821-15282 = - 1202.7 → From the cirenit iz-13 =2.72② Apply mesh anglysis to loop current iz & i3: 4.568 i3 + 20,4 - 1216 + 152 (12-21) = 0 -15221+ 15222 +4.568 i3 = 1195.6 - ③ From equations , , ② : 0,= -6,47 i2=1,432 ; 3= -1.287