Study and design of control and command systems
- Formation level
- Intermediate
- Domain
- Engineering Low voltage & Protection system
- Duration of training
- 28 hour(s)
- Reference
- INGECC20
/ Informations
- Intern Profil
Project Manager, Design Engineer, Project Assistant.
- Required
Basic knowledge of control engineering.
- Needed stuff
A PC and something to write with.
/ Content
• Integrate all the particularities of SEM substations (LV supplies, Special Conditions, handling of SF6 information, definition of UAs, Substation of CTs, notes in force to be de-multiplied, etc.) based on the specific case proposed during the training course, working in pairs with all the documentation available,
• Recommending the use of the special equipment best suited to the project, in order to optimise outage times and deducing the associated phasing for the specific case proposed during the training course, working in pairs,
• Helping to work out the phasing of the complex work required in the projects (on Auxiliary Services, Differential Bar Protection and Inter-Tranch Protection) based on the case study proposed during the training course and working in pairs.
/ Objective
Theme - EHV engineering :
• The HV features of a MSEP,
• How SF6 monitoring works,
• Advice on the production of LV deliverables in the specific case of an MSEP.
Theme - Procedure/phasing for complex cases:
• Optimising outage times by using the most appropriate special means,
• Auxiliary services: phasing of work to modify/rip UAs (so as to maintain an auxiliary power supply),
• Inter-tranches: knowing how to prepare their adaptation during digitisation and having a critical look at the solutions proposed by our service providers,
• Bar differentials: case of renewal with digital migration.