3. A system consists of two plants connected by a tie and a load is located at plant two. When 100MW are transmitted from plant one a loss of 10MW takes place on the T-line . Determine the generating schedule at both the plant and the power received by the load when 2 for the system GHC 25 per megawatt hour and the incremental fuel cost are given by the equation dF2 dF1 =0.031P1+ 17 GHC/ MWh ; dP, =0.06P2+ 19 GHC/MWh dP2

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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3. A system consists of two plants connected by a tie and a load is located at plant two. When
100MW are transmitted from plant one a loss of 10MW takes place on the T-line . Determine the
generating schedule at both the plant and the power received by the load when 2 for the system is
GHC 25 per megawatt hour and the incremental fuel cost are given by the equation
dF1
=0.031P¡+ 17 GHC/ MWh ;
dP1
dF2
=0.06P2+ 19 GHC/MWh
dP2
Transcribed Image Text:3. A system consists of two plants connected by a tie and a load is located at plant two. When 100MW are transmitted from plant one a loss of 10MW takes place on the T-line . Determine the generating schedule at both the plant and the power received by the load when 2 for the system is GHC 25 per megawatt hour and the incremental fuel cost are given by the equation dF1 =0.031P¡+ 17 GHC/ MWh ; dP1 dF2 =0.06P2+ 19 GHC/MWh dP2
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