An interconnected cable link generating stations1 and 2 is shown in figure. The desired voltage profile is flat, i.e. |V1|=|V2|=1pu. The total demands at the two buses areSD1=(15+j5)p.u.SD2=(25+j15)p.u. The station loads are equalized by the flow of power in the cable. Generator G1 can generate a maximum of 20.0 p.u. real power. Sending end station power factor is_______ lagging. 0.9

An interconnected cable link generating stations1 and 2 is shown in fi

1.	An interconnected cable link generating stations1 and 2 is shown in figure. The desired voltage profile is flat, i.e. \|V1\|=\|V2\|=1pu. The total demands at the two buses areSD1=(15+j5)p.u.SD2=(25+j15)p.u. The station loads are equalized by the flow of power in the cable. Generator G1 can generate a maximum of 20.0 p.u. real power. Sending end station power factor is_______ lagging. 0.9
Answer» An interconnected cable link generating stations1 and 2 is shown in figure. The desired voltage profile is flat, i.e. $\| V_{1} \| = \| V_{2} \| = 1$ pu. The total demands at the two buses are $S_{D_{1}} = (15 + j 5) p . u .$ $S_{D_{2}} = (25 + j 15) p . u .$ The station loads are equalized by the flow of power in the cable. Generator $G_{1}$ can generate a maximum of 20.0 p.u. real power. Sending end station power factor is_______ lagging. 0.9