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A generating system consists of the following units: (A) 1 x 10 MW unit (B) 1 x 20 MW unit (C) 1 x 30 MW unit (D) 1 x 40 MW unit The 10, 20 and 30 MW units have forced outage rates of0.08. The 40 MW unit has a full forced outage rate of0.08 and a 50% derated state which has a probability of0.06. (a) Calculate the LOLE for this system for a single daily peak load of 60 MW. (b) What is the LOLE for the same condition if the 40 MW unit is represented as a two-state model using an Equivalent Forced Outage Rate

A generating system consists of the following units: (A) 1 x 10 MW unit (B) 1 x 20 MW unit (C) 1 x 30 MW unit (D) 1 x 40 MW unit The 10, 20 and 30 MW units have forced outage rates of0.08. The 40 MW unit has a full forced outage rate of0.08 and a 50% derated state which has a probability of0.06. (a) Calculate the LOLE for this system for a single daily peak load of 60 MW. (b) What is the LOLE for the same condition if the 40 MW unit is represented as a two-state model using an Equivalent Forced Outage Rate

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A generating system consists of the following units:
(A) 1 x 10 MW unit
(B) 1 x 20 MW unit
(C) 1 x 30 MW unit
(D) 1 x 40 MW unit
The 10, 20 and 30 MW units have forced outage rates of0.08. The 40 MW unit has a
full forced outage rate of0.08 and a 50% derated state which has a probability of0.06.

(a) Calculate the LOLE for this system for a single daily peak load of 60 MW. (b) What
is the LOLE for the same condition if the 40 MW unit is represented as a two-state
model using an Equivalent Forced Outage Rate?

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