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Problem 2: Thermal Units with Linear Cost functions (Linear Programming) Given two ONLINE thermal units U1 and U2 where their input-output characteristics are linear functions: U1: Fi ($/h)= 500 + 5*(Pi) 30MW < PI< 200 MW U2: F2 ($/h)= 300 + 3*(P:) 20MW < P:S 160 MW a) Based on the value of incremental fuel cost, find the economic dispatch (P1, P2) for the loads Poad= {55, 100, 200, 300MW}. Fill in the results in the following table Pload (MW) P1 (MW) P2 (MW) 55 100 200 300 b) For the load 300MW, the operator has forced the units to work on the schedule (P1 = 200MW and P2 = 100MW). Based on part 1, calculate the extra cost due to this "mal-scheduling" for T = 100 working hours of that average load 300MW .

Problem 2: Thermal Units with Linear Cost functions (Linear Programming) Given two ONLINE thermal units U1 and U2 where their input-output characteristics are linear functions: U1: Fi ($/h)= 500 + 5*(Pi) 30MW < PI< 200 MW U2: F2 ($/h)= 300 + 3*(P:) 20MW < P:S 160 MW a) Based on the value of incremental fuel cost, find the economic dispatch (P1, P2) for the loads Poad= {55, 100, 200, 300MW}. Fill in the results in the following table Pload (MW) P1 (MW) P2 (MW) 55 100 200 300 b) For the load 300MW, the operator has forced the units to work on the schedule (P1 = 200MW and P2 = 100MW). Based on part 1, calculate the extra cost due to this "mal-scheduling" for T = 100 working hours of that average load 300MW .

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Problem 2: Thermal Units with Linear Cost functions (Linear Programming) Given two ONLINE thermal units U1 and U2 where their input-output characteristics are linear functions: UI: Fi ($/h)= 500 + 5*(Pi) 30MW < Pi< 200 MW U2: F2 (S/h)= 300 + 3*(P:) 20MW < P2< 160 MW a) Based on the value of incremental fuel cost, find the economic dispatch (P1, P2) for the loads Poad= {55, 100, 200, 300MW}. Fill in the results in the following table Pload (MW) P1 (MW) P2 (MW) 55 100 200 300 b) For the load 300MW, the operator has forced the units to work on the schedule (P1 = 200MW and P2 = 100MW). Based on part 1, calculate the extra cost due to this "mal-scheduling" for T = 100 working hours of that average load 300MW .
Transcribed Image Text:Problem 2: Thermal Units with Linear Cost functions (Linear Programming) Given two ONLINE thermal units U1 and U2 where their input-output characteristics are linear functions: UI: Fi ($/h)= 500 + 5*(Pi) 30MW < Pi< 200 MW U2: F2 (S/h)= 300 + 3*(P:) 20MW < P2< 160 MW a) Based on the value of incremental fuel cost, find the economic dispatch (P1, P2) for the loads Poad= {55, 100, 200, 300MW}. Fill in the results in the following table Pload (MW) P1 (MW) P2 (MW) 55 100 200 300 b) For the load 300MW, the operator has forced the units to work on the schedule (P1 = 200MW and P2 = 100MW). Based on part 1, calculate the extra cost due to this "mal-scheduling" for T = 100 working hours of that average load 300MW .
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