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Opintojakso, lukuvuosi 2020–2021
DEE-24137
Distributed Energy Resources in Electricity Networks, 5 op
Tampereen yliopisto
- Kuvaus
- Suoritustavat
Opetusperiodit
Aktiivinen periodissa 1 (1.8.2020–18.10.2020)
Koodi
DEE-24137Opetuskieli
englantiLukuvuosi
2020–2021Opintojakson taso
AineopinnotArvosteluasteikko
Yleinen asteikko, 0-5Vastuuhenkilö
Vastuuopettaja:
Sami RepoVastuuopettaja:
Mehdi AttarVastuuorganisaatio
Informaatioteknologian ja viestinnän tiedekunta 100 %
Yhteiset osaamistavoitteet
Kestävä kehitys
Ydinsisältö
- Network interconnection of DER:
- DG connection
- Principles of DSM
- DG connection requirements - Impacts of DG on fault currents:
- DG contribution on fault currents
- Impacts on feeder protection
- DG unit and loss-of-mains protection
- Safety risks - Impacts of DG on voltage:
- Voltage rise effect
- DG impact on power quality
- Methods for voltage management
- Voltage control with DG - Distribution network planning:
- Impacts of DG in general
- Network long-term planning when utilizing DERs
- HV and MV network connection planning principles and methods
- DG impact on network reliability
- Connection of DG unit to HV and MV network
- Statistical load-flow analysis of MV network including DG - Impacts of renewable energy sources (RESs) on power system:
- Variations of RES
- Importance of RES forecasting
- Impacts of large scale wind power on power control, electricity trade and balance management - Integration of DER into distribution network management:
- Fault management when network has DER
- Network congestion management when network has DER
- Utilization of demand response in network management
- Application of automation and IT in network management in case of DERs
Täydentävä tietämys
- Network interconnection of DER:
- Demand response control methods: price elasticity, dynamic tariffs, direct control
- Storage principles - Impacts of DG on fault currents:
- Impacts on HV network protection - Impacts of DG on voltage:
- Co-ordination principles of DG and network - Distribution network planning:
- Island operation of distribution network - Impacts of renewable energy sources (RESs) on power:
- Impacts on spot prices and network congestion - Integration of DER into distribution network management:
- Home energy management
- Advanced metering infrastructure
- Distribution automation
- Substation automation
- Aggregator (VPP)
- SCADA/DMS
Erityistietämys
- Distribution network planning:
- Connection and distribution costs for DG - Integration of DER into distribution network management:
- On-line dynamic line monitoring
- Fault current limitation
- Impact of electric vehicles in distribution network
Osaamistavoitteet
Esitietovaatimukset
Suositellut esitiedot
Oppimateriaalit
Kokonaisuudet, joihin opintojakso kuuluu
Suoritustapa 1
Compliting the course requires to pass the one final electronic exam (70% of grade) and to complete the computer simulation assignments (30% of grade).
Kaikkien osuuksien suorittaminen on pakollista.
Tentti
24.08.2020 – 11.10.2020
Aktiivinen periodissa 1 (1.8.2020–18.10.2020)
Osallistuminen opetukseen
07.09.2020 – 08.10.2020
Aktiivinen periodissa 1 (1.8.2020–18.10.2020)
25.08.2020 – 07.10.2020
Aktiivinen periodissa 1 (1.8.2020–18.10.2020)
Itsenäinen työskentely
24.08.2020 – 11.10.2020
Aktiivinen periodissa 1 (1.8.2020–18.10.2020)