Determine line steady$-$state stability limit with$0\mathrm{.}95,35$RV pu

$$

$==$ for the load.

$(5)$ Assume the line deliver at the full load from $(4)$ with $0\mathrm{.}9$ lagging power factor, and the

receiving voltage$2180$R VV k$=($line$-$to$-$line voltage$),$ calculate the voltage regulation.

$(6)$ Determine SIL.

$(7)$ Calculate the charging current in kA per phase and the total reactive power in MVAR supplied

by the line capacitance.

$(8)$ Is it OK for the transmission line to deliver the full load? What is your suggestion of the

maximum power $($unity power factor$)$ to be delivered through this line? $($Hint: unity power

factor means the load is resistive. You can findloadR first, then$2$

load loadIP R$=$