The fuel cost function and generation capacity of the 4 generating units in the thermal power station are given bellow. (a) If you are the power plant engineer, identify which one of the generating unit production cost is less? (b) Is the total power plant capacity sufficient to meet the demand of 450 MW? (neglecting loss) F1 = 561 + 7.92 P1 + 0.001562 P12 (0MR/h) Generating MW (Pc) units Generation F2 = 310 + 7.85 P2 + 0.00194 P22 (OMR/h) 1 75 F3 = 78 + 7.97 P3 + 0.00482 P32 (OMR/h) 100 F4 = 472.8 +7.47 P4 + 0.023 P42 (OMR/h 150 50 234
The fuel cost function and generation capacity of the 4 generating units in the thermal power station are given bellow. (a) If you are the power plant engineer, identify which one of the generating unit production cost is less? (b) Is the total power plant capacity sufficient to meet the demand of 450 MW? (neglecting loss) F1 = 561 + 7.92 P1 + 0.001562 P12 (0MR/h) Generating MW (Pc) units Generation F2 = 310 + 7.85 P2 + 0.00194 P22 (OMR/h) 1 75 F3 = 78 + 7.97 P3 + 0.00482 P32 (OMR/h) 100 F4 = 472.8 +7.47 P4 + 0.023 P42 (OMR/h 150 50 234
Chapter1: Making Economics Decisions
Section: Chapter Questions
Problem 1QTC
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Transcribed Image Text:The fuel cost function and generation capacity of the 4 generating units in the thermal power station
are given bellow.
(a) If you are the power plant engineer, identify which one of the generating unit production cost is
less?
(b) Is the total power plant capacity sufficient to meet the demand of 450 MW? (neglecting loss)
F1 = 561 + 7.92 P1 + 0.001562 P12 (OMR/h)
Generating
MW (Pc)
units
Generation
F2 = 310 + 7.85 P2 + 0.00194 P22 (OMR/h)
1
75
F3 = 78 + 7.97 P3 + 0.00482 P32 (OMR/h)
2
100
F4 = 472.8 +7.47 P4 + 0.023 Pą2 (OMR/h
150
4
50
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