Can someone point me in the correct direction to solve these... A 22 kV generator is stepped up to 345kV with a delta-wye transformer. The power is transmitted 100 miles over wires with a resistance ov 18.9mOhms/ft and an inductance of 2.51 microHenries/ft. The transmission is stepped back down with a 345kV to 23kV wye-delta transformer. The is 30MW with a PF of 0.92, lagging. a. What is the actual voltage at the load? b. What is the PF at the generator? c. What fraction of the generated power is lost in delivery. I have calculated S as P/PF. And I=(W/PF)/(sqrt3xV). Do I calculate V at the load using S=VxI? Is the PF at the generator 100%? Is the fraction lost 0.08?