Specific Topics of Smart Grids @ BME Introduction and Proposals I. Session 1, Workshop Energy, Successful R&I in Europe 2014-6th European Networking Event Dr. Dávid RAISZ, Associate Professor Head of raisz.david@vet.bme.hu Villamos Energetika Tanszék Villamos Művek és Környezet Csoport
Introduction Budapest University of Technology and Economics 24 000 Students, Academic Staff: 1300, with scientific qualification: 700, 900 PhD students/candidates Participation in FP7 Year Number of projects EU contribution in EUR 2007 18 4 160 059 2008 16 1 988 039 2009 16 2 859 691 2010 17 4 376 324 2011-12 29 2 713 103 Total 96 16 097 216 Strategic Relations Alcoa, Audi, Bosch, Budapest Gas, EGIS, E.ON, Ericsson, Flextronics, General Electric, Hewlett-Packard, Hungarian Oil Co. (MOL), Hungarian Post, IBM, Intel, Knorr-Bremse, Microsoft, Nokia, Oracle, Paks Nuclear Power Plant, Richter Gedeon, SAP, Sanofi-Aventis (Chinoin), Siemens, Telenor 30.10.2014 raisz.david@vet.bme.hu 2
Introduction Faculty of Electrical Engineering and Informatics Biggest faculty at BME, 214 full-time lecturers (in total 300), 21 DSc, 119 PhD, 5000 students 10 Departments + Knowledge Centers Automation, Applied Informatics, Electronics Technology, Electron Devices, Networked Systems and Services, Control Engineering Measurement, Computer Science, Information Theory, Broadband Infocommunications, Electromagnetic Theory, Media Informatics Department of Electric Power Engineering Staff: Life Fellow and Senior Members of IEEE, CIGRE, ITU, VDE, CENELEC, etc. Vital connections to local industry every major player in the electric energy field, as well as companies that are active in boundary areas to power engineering Several foreign companies 30.10.2014 raisz.david@vet.bme.hu 3
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Integrated Energy and Schedule Control System for Railways 30.10.2014 raisz.david@vet.bme.hu 5
Integrated Energy and Schedule Control System for Railways Optimisation of EVs' Drives and Energy Supply System (SIEMENS) 30.10.2014 raisz.david@vet.bme.hu 6
Integrated Energy and Schedule Control System for Railways Optimisation of EVs' Drives and Energy Supply System (SIEMENS) Intelligent MV Fault Location (2 prototypes at EON) 30.10.2014 raisz.david@vet.bme.hu 7
Integrated Energy and Schedule Control System for Railways Optimisation of EVs' Drives and Energy Supply System (SIEMENS) Intelligent MV Fault Location (2 prototypes at EON) Electricity Market Modelling, Simulation and Development of an Experimental Market Design based on Co-Optimisation of Energy and Ancillary Service Markets consortium with MAVIR (TSO) 30.10.2014 raisz.david@vet.bme.hu 8
Integrated Energy and Schedule Control System for Railways Optimisation of EVs' Drives and Energy Supply System (SIEMENS) Intelligent MV Fault Location (2 prototypes at EON) Electricity Market Modelling, Simulation and Development of an Experimental Market Design based on Co-Optimisation of Energy and Ancillary Service Markets consortium with MAVIR (TSO) Interaction of Network Inverters and Smart Meters in the 2-150 khz domain (ELMŰ RWE) 30.10.2014 raisz.david@vet.bme.hu 9
Integrated Energy and Schedule Control System for Railways Optimisation of EVs' Drives and Energy Supply System (SIEMENS) Intelligent MV Fault Location (2 prototypes at EON) Electricity Market Modelling, Simulation and Development of an Experimental Market Design based on Co-Optimisation of Energy and Ancillary Service Markets consortium with MAVIR (TSO) Interaction of Network Inverters and Smart Meters in the 2-150 khz domain (ELMŰ RWE) Smart Metering Ripple Control DSM (EON) Classical power system topics (analysis, automation, PQ, EMC, ) 30.10.2014 raisz.david@vet.bme.hu 10
Proposed Project Ideas Sustainable Services in a Smart Society Integrate renewable energy-technologies, sensors and energy storage management into an energy efficient smart city service platform: operate LED luminaires of public lighting according to actual and estimated weather and traffic conditions operate traffic lights dynamically offer assisted parking for citizens Self-sustainability by combining PV and energy storage technologies with demand optimization. Definition of the interfaces to EMSs of service providers elaboration of control algorithms for optimal charging/discharging management. 30.10.2014 raisz.david@vet.bme.hu 11
Further proposals Proposals to be presented in Session 4 Reliable Electricity Supply by Fault Prediction Deployment of several high-frequency field measurement units Gathering large amount of waveform data before and at the time of well-documented failures Development of online signal processing and pattern recognition algorithms Large-scale Methanol-Based Storage Several advantages over H2 or methane Methanol can be used as fuel for cars, or for FREQUENCY RESTORATION RESERVE Other by-products: O2, Heat, 30.10.2014 raisz.david@vet.bme.hu 12
Thank You for Your Attention! and see You soon for a bilateral talk Dr. Dávid Raisz raisz.david@vet.bme.hu 30.10.2014 raisz.david@vet.bme.hu 13