| Subject Area | Energy |
|---|---|
| Semester | Semester 8 – Spring |
| Type | Elective |
| Teaching Hours | 4 |
| ECTS | 6 |
| Recommended Courses |
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| Course Site | https://eclass.uth.gr/courses/E-CE_U_214/ |
| Course Director |
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The main themes to be presented are the following
- Introduction to electrical industrial facilities, choice of drive systems – sizing – calculations – Handbook – differences from domestic premises.
- Electrical drives sizing via 4M – ADAPT software tool.
- MV Substations – sizing – calculations – benefits – preservatives – MV electrical panels
- Power counterbalance – capacitance systems for improving power factor
- Introduction to building automation systems konnex instabus, building management systems (BMS) – specifications – network topology – machinery – electrical panels – control point for electromechanical installations – builfing energy management via software tools
- Backup power systems, pairs – UPS – cooperation with supplies of electricity.
- Introduction to energy analysis on the building sector.
- Standards and specifications of the spaces required for electrical installations – designing spaces – natural ventilation required
- Introduction to electrical installations of data/voice systems, fire detection systems
- Renewable energy resources integration on the building sector – photovoltaics,
- Selection and sizing of renewable energy resources via software tools – PVSyst – RETSCREEN
Especially for the lab course will be studying the commercial software company 4M, ADAPT NG 15 and FINE NG 9. The sections are as follows
- Introduction to design H / Y, basic design concepts of building , introduction to AUTOCAD
- Introduction to software 4M ADAPT – substation ( computing )
- Introduction to software 4M FINE – substation ( design )
- Importing data into spreadsheet calculation – basic network elements.
- Substation sizing and calculations
- Technical specifications of MV electrical panels – protective mechanisms
- Libraries program , library, loads , lines , media protection , create new items and entering them into the spreadsheet
- Design of a substation electrical installation in architectural plans and calculations software
- Introduction to computer interface designers and software
- Introduction to PVSyst and RETSCREEN software tools
On completion of the course, participants will be able to
- design MV electrical installations, performing all necessary calculations
- design electrical installations with multiple electrical sources (main grid facilities, backup facilities)
- verify that the electrical machinery positioning complies with the national standards and regulations
- verify that a MV electrical installation design complies with the Regulations
- conduct an initial verification of a new electrical installation MV installation
- conduct an initial inspection of an electrical installation
- design, verify and inspect electrical installations in compliance with current safety legislation
- design a building electromechanical installation via an energy and control management system
- easily utilize 4Μ, ADAPT NG 15 and FINE NG 9 software tools.
- easily utilize PVSyst, RETSCREEN software tools