Line Z = 0.1j One 1.000 pu Two 0.941 pu -7.469 Deg 200...

Thanks for your feedback!

Consider the 3-bus power system above with the slack generator at bus 1, but assume that the active power of the load at bus 2 changes during the day according to the following Table. The load has a constant power factor of 0.95 lagging. Bus 3 has connected to it a power electronics device that can inject or absorb any amount of vars to regulate the voltage magnitude of that bus at 1.0 pu. This power electronics device does not inject any active power. Bus 3 also has connected to it a solar PV array that produces active power according to the Table below. Determine and plot the voltage magnitude at bus 2 for each of the 24 hours. Hour PD2 (MW) PG3 (MW) 1 120 0 2 110 0 3 106 41 4 105 51 5 110 61 6 120 71 7 135 45 8 145 65 9 156 59 10 178 81 11 189 81 12 182 96 13 194 62 14 215 95 15 185 16 16 192 90 17 131 78 18 139 62 19 215 95 20 165 19 21 187 77 22 218 56 23 219 84 24 213 20 Line Z = 0.1j 0.941 pu -7.469 Deg One 1.000 pu TWO 200 MW 100 MVR 170.0 MW 68.2 MVR Line Z = 0.1j Uine Z = 0.1j Three 1.000 pu 30 MW 63 MVR

Play audio

Feedback

Question

Line Z = 0.1j One 1.000 pu Two 0.941 pu -7.469 Deg 200 MW 170.0 MW 68.2 MVR 100 MVR Line Z = 0.1j Line Z = 0.1j Three 1.000 pu 30MW 63 MVR

Question

Line Z = 0.1j One 1.000 pu Two 0.941 pu -7.469 Deg 200 MW 170.0 MW 68.2 MVR 100 MVR Line Z = 0.1j Line Z = 0.1j Three 1.000 pu 30MW 63 MVR

Please give Ace some feedback