1. reactive powers
2. generated voltages
3. turbine inputs
4. turbine and generator ratings
turbine inputs
1. s/s2+5s+7
2. 1/ s2+5s+7
3. s/ s2+3s+2
4. 1/ s2+3s+2
s/s2+5s+7
1. P1=60 MW and P2=40 MW
2. P1= 33.3 MW and P2= 66.7 MW
3. P1= 40 MW and P2= 60 MW
4. P1= 66.7 MW and P2 = 33.3 MW
P1= 40 MW and P2= 60 MW
1.
2.
3. [-1]
4. [3]
[-1]
1. diversity factor alone increase
2. both diversity factor and lead factor increases
3. load factor alone increases
4. both diversity factor and load factor decreases .
both diversity factor and load factor decreases .
1. 0.5 /(s - 2)
2. 1/(s-2)
3. 0.5/(s+2)
4. 1/(s + 2)
1/(s + 2)
1. only the incremental fuel cost oif each Plant is the same
2. the penalty factor of each plant is the same
3. the ratio of the incremental fuel cost to the penalty factoir of each plant is the same
4. the incremental fuel cost of each plant multiplied by, its penalty factor is the same .
the incremental fuel cost of each plant multiplied by, its penalty factor is the same .
1. controllable and state
2. controllable but stable
3. uncontrollable and unstable
4. uncontrollable but stable
controllable but stable
1. D + C(sI - A)-1 B
2. B(sI - A)-1C + D
3. D(sI - A)-1,B + C
4. C(sI - A)-1D + B
D + C(sI - A)-1 B
1. -N(s)/H1(s)
2. N(s)/H1(s)
3. N(s)/H1(s)H2(s)
4. -N(s)/H1(s)H2(s)
-N(s)/H1(s)