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Optimal Maintenance Strategy for Power Transmission Infrastructure
T. E. Somefun
, P. O. Oluseyi
, O. M. Babatunde
, C. T. Somefun
,
O. M. Longe
, I. A. Samuel
, A. A. Awelewa
Electrical and Electronic Engineering Science
Covenant University
University of Johannesburg
University of Lagos
Research output
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Conference article
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peer-review
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Keyphrases
System Reliability
100%
Optimal Maintenance
100%
Power Delivery
100%
Power Transmission Infrastructure
100%
Aging
50%
System State
50%
Nigeria
50%
Operating Cost
50%
Transmission Network
50%
Substation
50%
Condition-based Maintenance
50%
Continuous-time Markov Chain
50%
Increased Reliability
50%
Differential Evolution Algorithm
50%
Power System Operator
50%
Electricity Market
50%
Delivery Capacity
50%
Condition-based Maintenance Strategy
50%
Efficient Conditions
50%
Power Transmission Network
50%
State Detection
50%
Maintenance Scenario
50%
Maintenance Activities
50%
Hybrid Approach
50%
Chief Concern
50%
Modern Electricity
50%
Transmission Components
50%
Engineering
Maintenance Strategy
100%
Power Transmission
100%
System Reliability
66%
Condition based maintenance
66%
System State
33%
Power Engineering
33%
Electric Power Transmission Networks
33%
Hybrid Approach
33%
Operational Cost
33%
Substations
33%
System Operator
33%
Maintenance Action
33%
Continuous Time
33%
Power Transmission Network
33%