Overview on and state of the Umbrella project

Transcription

1 Innovative Tools for the Future Coordinated Operation of the Pan- European Electricity Transmission System Overview on and state of the Umbrella project 2nd itesla/umbrella Open Workshop, Brussels, Helmut Paeschke, Dr. Wulf Engl TenneT TSO GmbH Laura Ramirez - Elizondo Delft University of Technology Overview on and state of the Umbrella project 1

2 Overview on and state of the Umbrella project I. Project Objectives II. III. IV. Project Participants Project Structure Present situation and Challenges V. Dissemination and Website VI. Publications Overview on and state of the Umbrella project 2

3 Main Objectives of UMBRELLA Develop an innovative toolbox to support the decentralised grid security approach of TSOs. This toolbox shall include simulation of uncertainties due to market activities and renewables on different time scales optimisation of corrective actions in reaction to simulated risks on different time scales according to total costs and transmission capacities. development of risk based assessment concepts for anticipated system states with and without corrective actions Demonstrate the enhancement of existing and running procedures by utilisation of the developed toolbox Provide a scientifically sound basis to support common TSO decisions. Overview on and state of the Umbrella project 3

4 Overview on and state of the Umbrella project I. Project Objectives II. III. IV. Project Participants Project Structure Present situation and Challenges V. Dissemination and Website VI. Publications Overview on and state of the Umbrella project 4

5 Project Participants Overview on and state of the Umbrella project 5

6 Project Participants Participant legal name Country Organisation TenneT TSO GmbH (Coordinator) Germany TSO Amprion GmbH Germany TSO ČEPS, a.s. Czech Republic TSO Elektro-Slovenija, d.o.o Slovenia TSO TransnetBW Germany TSO PSE Operator S.A. Poland TSO swissgrid ag Switzerland TSO TenneT TSO B.V. Netherlands TSO Austrian Power Grid AG Austria TSO Delft University of Technology Netherlands University ETH Zurich Switzerland University Graz University of Technology Austria University RWTH Aachen Germany University University Duisburg-Essen Germany University FGH e.v. Germany Research centre Overview on and state of the Umbrella project 6

7 Overview on and state of the Umbrella project I. Project Objectives II. III. IV. Project Participants Project Structure Present situation and Challenges V. Dissemination and Website VI. Publications Overview on and state of the Umbrella project 7

8 Project structure Project Consortium PMB Project Management Board PM Project Management (WP1) TenneT TSO Germany PMT Project Management Team (PM, WG-Leaders) WP2 WP3 WP4 WP5 WP6 WP7 Forecasting Optimization Risk-based Assessment Synthesis and Prototyping Demonstration and Testing Dissemination U Duisburg-Essen RWTH Aachen ETH Zurich Amprion TransnetBW TU Delft General project organisation: Common structure from the working to the steering level Overview on and state of the Umbrella project 8

9 Overview on and state of the Umbrella project I. Project Objectives II. III. IV. Project Participants Project Structure Present situation and Challenges V. Dissemination and Website VI. Publications Overview on and state of the Umbrella project 9

10 Present Situation o In the mainland Europe synchronous area substantial difference between - actual physical flows and - the market exchanges Problems due to loop flows already today o Analysis of the 2015 time horizon identified o o o Increasing power transits due to market activities Higher power flows from large wind power installations (Germany) directed to remote load centres than - previous national studies had anticipated - existing planned reinforcements can accommodate Increasing loop flows through Poland and the Czech Republic significantly above currently expected from market transactions Overview on and state of the Umbrella project 10

11 Operational challenges in Central Europe Challenges concerning system operation with a significant contribution from RES relate to: Coordination of the operation of flow controlling devices across Europe and of system arrangements to adjust power flows in the event of faults and other events. Development and use of dynamic equipment ratings reflecting ambient conditions, loading and conductor temperatures. Shared intelligence on developing generation and load conditions (including wind forecasts). Suitable monitoring and control facilities. Procedures for using enhanced operational measures to achieve maximum benefit across each region. Source: EWIS Study Overview on and state of the Umbrella project 11

12 Expected Future Challenges Increasing uncertainties due to - growing share of electricity generation from intermittent RES - as well as increasing market-based cross border flows Enhanced grid capability and grid flexibility New possibilities in network operation due to - new planned interconnections including new technologies (AC, DC), - devices for power flow control and FACTS for system services Better system coordination and cooperation by using common tools Further developments of common grid security tools are therefore one of the major challenges European TSOs will face in the mid-term. Coping with these challenging system security research issues the toolbox to be developed will enable TSOs to ensure secure grid operation also in future electricity networks with high penetration of intermittent renewables. Overview on and state of the Umbrella project 12

13 Make Use of Hybrid Grid Solutions Example Germany new transmission for new energy sources o Development of the German transmission grid for the further integration of renewables o Corridors for the efficient transport of generated energy from turbines to consumers o Intermediate grid enforcement measures o Sustainable and secure long term grid solutions for more grid flexibility (AC/DC systems) Overview on and state of the Umbrella project 13

14 Thank you very much for your attention! Questions? Comments? Helmut Paeschke Operational Planning and Regional Coordination TenneT TSO GmbH Rosswachtstr Dachau Telefon: +49 (8131) Telefax: +49 (8131) mailto: Dr. Wulf A. Engl Interim and project management Engineering consultant Engl-Energie Thingstr. 24 D Oberhaching Telefon: +49 (89) Telefax: +49 (89) mailto: This research work has been carried out within the scope of the project UMBRELLA, supported under the 7th Framework Programme of the European Union, grant agreement Overview on and state of the Umbrella project 14

15 Overview on and state of the Umbrella project I. Project Objectives II. III. IV. Project Participants Project Structure Present situation and Challenges V. Dissemination and Website VI. Publications Overview on and state of the Umbrella project 15

16 Main Objective o The main objective is to ensure that this project and its results are brought to the attention of those parties for which this project and its results are of interest. Contact Dr. Laura Ramírez-Elizondo Assistant Professor Electrical Sustainable Energy Department Delft University of Technology Mekelweg 4, NL-2628 CD Delft Phone: +31 (1) Telefax: +31 (1) Mobile: +31 (6) mailto: L.M.RamirezElizondo@tudelft.nl Overview on and state of the Umbrella project 16

17 Kick-off Meeting o Kick-off Meeting was held in Cologne in February UMBRELLA Kick-off Meeting Overview on and state of the Umbrella project 17

18 Project Website Overview on and state of the Umbrella project 18

19 Project Logo o The design concepts for the logo were the following: o o o o o The shining star in the centre: a source of energy and electricity The pentagonal star: references the stars in the European Union logo and the European collaboration in the UMBRELLA project. Coloured arrows which point to the centre of the star from all directions: the stakeholders involved The total sum of the logo: an UMBRELLA viewed from the top. A European (Swiss) font was used for the typography: Helvetica Neue 75 Bold and Helvetica Neue 55 Roman. Overview on and state of the Umbrella project 19

20 Newsletter Overview on and state of the Umbrella project 20

21 Overview on and state of the Umbrella project I. Project Objectives II. III. IV. Project Participants Project Structure Present situation and Challenges V. Dissemination and Website VI. Contacts and Publications Overview on and state of the Umbrella project 21

22 Publications (1) [1] UMBRELLA WP2, "Deliverable Report on uncertainty modeling," [2] R. Becker and C. Weber, "Using Time-Adaptive Probabilistic Forecasts for Grid Management - Challenges and Opportunities," in 31st USAEE/IAEE North American Conference, Austin, Texas, USA, [3] R. Becker and C. Weber, "Probabilistic Wind Power Forecasting in Transmission Grids - Making use of Spatial Correlation," in WIPFOR: 2nd Workshop on Industry & Practices for Forecasting, Paris, France, [4] M. Schoeneberger, P. Schäfer, O. Scheufeld, S. Krahl and A. Moser, "Forecast of vertical reactive loads considering the influence of renewable energy sources using artificial neural networks," in Submitted to PSCC, Wroclaw, Poland, [5] UMBRELLA WP3, "Deliverable Report on deterministic algorithms for EOPF," [6] K. Vandyshev, D. Gijswijt and K. Aardal, "Topology Optimization Methods in Electric Power Systems," in EURO2013: 26th European Conference on Operational Research, Rome, Italy, 1-4 July, Overview on and state of the Umbrella project 22

23 Publications (2) [7] J. Eickmann, C. Pasch, N. Rotering and A. Moser, "Including Reasoning in Congestion Management Expert Systems," in submitted to CIGRE conference, Brussels, Belgium, [8] UMBRELLA WP4, "Deliverable Risk-based Assessment Concepts for System Security State-of-the-art review and concept extensions," [9] L. Roald, F. Oldewurtel, T. Krause and G. Andersson, "Analytical reformulation of security constrained optimal power flow with probabilistic constraints," in IEEE PowerTech, Grenoble, France, [10] UMBRELLA WP4, "Deliverable Risk assessment methods," [11] Vrakopoulou, M. and et al., "A Unified Analysis of Security-Constrained OPF Formulations Considering Uncertainty, Risk, and Controllability in Single and Multi-area Systems," in IREP Conference, Crete, Greece, Overview on and state of the Umbrella project 23

24 Publications (3) [12] L. Roald, M. Vrakopoulou and F. Oldewurtel, "Risk-Constrained Optimal Power Flow with Probabilistic Guarantees," in submitted to PSCC, Wroclaw, Poland, [13] L. Roald, B. Li, F. Oldewurtel, T. Krause and G. Andersson, "An optimal power flow (OPF) formulation including risk of cascading events," in submitted to XIII SEPOPE, Foz du Iguazu, Brazil, [14] M. d. Jong, G. Papaefthymiou, D. Lahaye, C. Vuik and L. v. d. Sluis, "Impact of correlated infeeds on risk-based power system security assessment," in submitted to PSCC, Wroclaw, Poland, [15] K. Köck and H. S. J. Renner, "Probabilistic Cascading Event Risk Management," in submitted to PSCC, Wroclaw, Poland, [16] UMBRELLA WP7, "Deliverable Website, basic communication plan and dissemination strategy," [17] UMBRELLA WP7, "Deliverable Workshop results on innovative operational tools," Overview on and state of the Umbrella project 24

25 Publications (4) [18] K. Maslo, "Power system dynamics modelling," in 10th International conference control of power systems, Tatranské Matliare Slovak Republic, May [19] Liu, Z. et al., "Challenges Experiences and Possible Solutions in Transmission System Operation with Large Wind Integration," in 11th International Workshop on Large-Scale Integration of Wind Power into Power Systems, Lisbon, Portugal, November [20] Liu, Z. et al., "Innovative operational security tools for the development of a stable pan-european grid," in Cigré Canada, Montreal, Canada, September [21] UMBRELLA WP7, "Deliverable 7.3: Open Workshop on intermediate results together with itesla," [22] UMBRELLA WP7, "Deliverable 1.2: Interim Report," Overview on and state of the Umbrella project 25