IMG - 0396 Power Plant Lecture MRC 11
IMG - 0396 Power Plant Lecture MRC 11
IMG - 0396 Power Plant Lecture MRC 11
POWER PI.ANT
- $ePt 2002
REE
and with a head of 235 m'
-A
10. power plant is driven by a turbing at a rate of 10 cubic meters per second
lt ifre plant efficiency is Off,
-@Ji5e00 the power plantoutput'
4."i0,b001(\A,
9919Y!-ate
t{/v i.35,000-Kru D' 2s'000lflv
REE-SePt 2015
A power plant has a peak demand of B0 r\n , and a connected load of 150 fuuu' lt
produces a total
14.
of the plant?
d;ot
€ "sll@'si.oC'2"
<)-" +OO,OOO nfWHn gnrylally, What is the rynual load factor
B. 30"44?o c- 60.88% D' 45'66%
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15. The po\A,er plant has a peak demand of 90llM/, capacity factor of 0.50, use factor of 0.80 and load
fador d 0.60. Find the plant installed capacity. ,-^
A. 115 MW B. 110 tr/lw Q)toe unru D. 105 M\A'
17. A 100 MW power station delivers 100 MW for 2 hrs, 50 lvtvv for 6 hrs and is shut down for the rest of
each day. lt is also shut down for maintenan@ for 45 days each year. Calculate the annual
load
factor.
8. s8.9% C"20.83o/o D.78.5o/o
@ra.s*
18. A power station has a load cycle as follows:
260 tVt\A/ for 6 hrs 20b Nn / for 8 hrs 160 IvlW for 4 hrs 100 MW for 6 hrs
lf the station is equipped with 4 sets of 75 ll\r1/ each, calculate the capacity factor-
Porer System
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