MW, power factor of kg-m? Calculate (i) Energy stored in the rotor (ii) Inertia constant H and (iii) Angular momentum in mechanical radians and 2. A Hz, 11kV turbo alternator has a rating of pole,...

POLE 'P'=2

Freq -F=50

Power in MW=180

Power Factor cosϕ=0.86

Moment of inertia J=18000

Extracted text: MW, power factor of kg-m? Calculate (i) Energy stored in the rotor (ii) Inertia constant H and (iii) Angular momentum in mechanical radians and 2. A Hz, 11kV turbo alternator has a rating of pole, lagging. The rotor has moment of inertia of electrical radians and electrical degrees and per unit radian and degrees