A hydrothermal electric power system with three plants has the followingtransmission loss coefficients:B=[0.000160000.000120The hydrothermal system has the following ch/s:C₁ = 47.84 +9.5P₁ + Y₁P² S/hr,C₂ = 50 + P₂P₂ + 0.01P2 $/hr,000.0002293 = 0.5087 + 0.1011P3 + 110 P3 MCF/hrThe optimal values are:P-100.29 MW, P₂-85.21 MW, P-68MW. λ = 11.89 $/MWhr.1-Find y₁ and ₂ .2- compute power demand. 3- compute the availablevolume of water over 24-hour period

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A hydrothermal ransmission electric power system with three plants has the followin loss coefficients: B = [0.00016 0 0 0 0.00012 0 he hydrothermal system has the following ch/s: 1 = 47.84 +9.5P₁ + Y₁P S/hr, 2 = 50+ B₂P₂ +0.01P2 $/hr, 13 = 0.5087 +0.1011P3 + 110 ¹P3 MCF/hr The optimal values are: 0 0 0.00022. -100.29 MW, P, 85.21 MW, P-68MW. A = 11.89 $/MWhr. -Find y₁ and ₂.2- compute power demand. 3- compute the availab

A hydrothermal ransmission electric power system with three plants has the followin loss coefficients: B = [0.00016 0 0 0 0.00012 0 he hydrothermal system has the following ch/s: 1 = 47.84 +9.5P₁ + Y₁P S/hr, 2 = 50+ B₂P₂ +0.01P2 $/hr, 13 = 0.5087 +0.1011P3 + 110 ¹P3 MCF/hr The optimal values are: 0 0 0.00022. -100.29 MW, P, 85.21 MW, P-68MW. A = 11.89 $/MWhr. -Find y₁ and ₂.2- compute power demand. 3- compute the availab

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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