Transcription of High Reliability Power System Design - IEEE
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High Reliability Power System Design - IEEE
high ReliabilityHigh ReliabilityPower System DesignPower System DesignKeene M. Matsuda, Electrical ManagerSenior Member IEEEIEEE/PES Distinguished Aires, ArgentinaJune 25 & 26, 2009 Page - 2 Redundant Power Trains for Increased ReliabilityzThe most basic driving element in increasing Power System Reliability is to have redundant or alternate Power trains to Power the end load device should a particular piece of the Power System fail or be unavailablezThe unavailability of equipment can a simple failure, but also planned maintenancePage - 3 Redundant Power Trains for Increased ReliabilityzThe most common method by far is designing a Power System with two Power trains, A and BzSuch an A and B System then requires a second source of powerzCould be a second utility source.
Page - 3 Redundant Power Trains for Increased Reliability zThe most common method by far is designing a power system with two power trains, A and B zSuch an A and B system then requires a second source of power zCould be a second utility source, or a standby diesel engine-generator or other source of power
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