Monitoring and Security of Systems - 5EUS5CSS

Goal(s)

The aim of this Course Unit is :
- to model electrical faults using Fortescue representation of three-phase systems
- to build protection plans of electrical networks (industrial or distributed grids)
- to manage and secure energetic systems (electrical, heat, gas and hydrogen networks)

Content(s)

Operating safety Course (12h CTD, 4h BE)
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- Probabilistic models of component failures
- Qualitative analysis of the dependability of systems methods
- Reliability of independent components (reliability diagram, fault trees, structure function, minimal cuts, important factors)
- Markov appoach applied to reliability systems (dependent components, passive redundancy, tested components ...)
- Modelling of maintenance policies
- Reliability of safety instrumented systems (IEC 61598, design assistance)

Monitoring and Protection (20h CTD, 8h BE)
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The first part of this course is teached by an expert of =SE= in protections of industrial networks. The differents sections of this course are:
- structure of electrical networks (transport, distribution, special networks)
- energy management of each electrical network with distributed production
- plan of protection of electrical networks

The second part of this course is dedicated to conferences on management and protection of Smartrids, according : modelling, protection devices, management and energy counting, communication protocols for Smartgrids.

Modelling and fault analysis for distributed networks (16h CTD)
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This course focused on theoretical elements to analyse electrical faults (short-circuits, opening of lines, ...) in distribution networks :
- state-of-art of unbalanced networks. Impact of distributed production on faults occuring in network
- presentation of Fortescue components (positive, negative, zero sequences)
- Analytical analysis of short-circuits

Course Unit of Mathematics for Engineers and Electrical Energy of 1st Year
Course unit of Electrical Networks of the Department (2nd year)