i need the answer quickly 02 Generator cost rate functions in $/hr for a three-unit system are given as follows:FI-0.008(P1)2 +0.5(P1) + 5, F2-0.030(P2)2 +0.2(P2) + 3, and F3-0.020 (P3)2 + 1.0(P3) + 5.These three generators must supply a total demand of 1100 MW. (a) Compute incremental fuelcost. (b) Determine the total cost rate.

Given data : Generator cost rate function are , F1=0.008P12 +0.5P1+5 F2=0.030P22+0.2P2+3…

02 Generator cost rate functions in $/hr for a three-unit system are given as follows: FI-0.008(P1)2 +0.5(P1) +5, F2-0.030(P2)² +0.2(P2) + 3, and F3=0.020(P3)2 + 1.0(P3) + 5. These three generators must supply a total demand of 1100 MW. (a) Compute incremental fuel cost. (b) Determine the total cost rate.

02 Generator cost rate functions in $/hr for a three-unit system are given as follows: FI-0.008(P1)2 +0.5(P1) +5, F2-0.030(P2)² +0.2(P2) + 3, and F3=0.020(P3)2 + 1.0(P3) + 5. These three generators must supply a total demand of 1100 MW. (a) Compute incremental fuel cost. (b) Determine the total cost rate.

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter6: Power Flows

Section: Chapter Questions

Problem 6.49P

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