If voltage, current and power factor the power can be calculated. Equation can also be derived in terms of constants. ABCD Vs = AVR+ BIR , IR = Letting , A=<α B=<β VR = 00 Vs = δ We obtain IR = - δ- β α- β Then complex power VR IR* at the receiving end is PR +j QR = - - β- δ β- α θR (β- , (β- α) δ) Real and Reactive Power at receiving end are cos (β- PR = - cos (β- δ) α) sin (β- QR = - sin (β- δ) α) Lecture 20 Reactive Compensation of Transmission Line.
If voltage, current and power factor the power can be calculated. Equation can also be derived in terms of ABCD constants. Vs = AVR+ BIR , IR = Letting , A=<α B=<β VR = 00 Vs = δ We obtain IR = δ- β - α- β Then complex power VR IR* at the receiving end is PR +j QR = - β- δ - β- α θR (β- α) , (β- δ) Real and Reactive Power at receiving end are PR = cos (β- δ) - cos (β- α) QR = sin (β- δ) - sin (β- α) Lecture 20 Reactive Compensation of Transmission Line.
TD%20class%20note%202.docx