Session 5: Planning of power distribution systems Block 1 – Risk assessment and asset management 09:00 Introduction 09:05 (0208) Risk analysis of alternatives to N-1 reserves in the network

M Bollen, Y Chen, N Etherden, STRI AB, Sweden 09:17 (0302) A methodology for ranking locations according to the likelihood and

consequence of extreme events S R Blake, P C Taylor, Durham University, United Kingdom, D C Miller, Northern Powergrid, United Kingdom

09:29 (0307) Investing in the future - long-term optimization of asset replacement in

the collective regional electricity grids of The Netherlands G Brouns, M Poorts, Enexis, Netherlands

09:41 (0565) Quantitative measurement of industrial risks in distribution networks

A Cammarota, N De Giovanni, M Cudemo, G L Noferi, ENEL S.p.A., Italy 09:53 (0567) Implementation and evaluation of commonly used risk analysis methods

applied to a regional power distribution system C J Wallnerström, P Hilber, KTH - Royal Institute of Technology, Sweden, J Gadea Travi, Gotlands Energi AB / Vattenfall AB, Sweden

10:05 (0848) Experiences from implementing a risk based maintenance strategy using

an integrated network information and maintenance system D E Nordgård, SINTEF Energy Research, Norway, G Solum, TrønderEnergi Nett, Norway, B I Langdal, Powel, Norway

10.17 Discussion 10:30 Refreshment break Block 2 – Network development 11:00 Introduction 11:05 (0718) Improving quality of supply and usage of assets in distribution grids by

introducing a "smart operator" S Willing, Dr.-Ing. J Nilges, RWE Deutschland AG, Germany, S Nykamp, Westnetz GmbH, Dortmund/Bad Bentheim, Germany, Dr.-Ing. T Smolka, Maschinenfabrik Reinhausen, Germany, C Matrose, Univ. Prof. Dr.-Ing. A Schnettler, RWTH Aachen University, Germany, Dr. A Stolte, PSI AG, Aschaffenburg, Germany

11:17 (0726) iNet, the reality of an intelligent distribution network

B Heerbaart, Alliander, Netherlands, A Prado, F Kuipers, Eaton, Netherlands, F Baldinger, Locamation, Netherlands

11:29 (1151) The utilization potential of LVDC distribution

T Hakala, P Järventausta, Tampere University of Technology, Finland, T Lähdeaho, Elenia Oy, Finland

11:41 (1237) Flexibility dynamics in clusters of residential demand response and

distributed generation P A MacDougall, J K Kok, TNO, Netherlands, C J Warmer, Warmer Smart Grids, Netherlands, B Roossien, EnergyGo, Netherlands

11:53 (1340) Storage simulations for distribution system analysis

R C Dugan, J Taylor, EPRI, Knoxville, United States, G Delille, EDF-R&D, France 12:05 (1246) Feasibility study of application of DSSC in distribution networks A Pashaei, B Zahawi, Newcastle University, Newcastle, United Kingdom 12.17 Discussion 12:30 Lunch Block 3 – Distribution planning 14:00 Introduction 14:05 (0227) Improved network analysis by using data from smart meters

L Garpetun, Vattenfall Eldistribution AB, Sweden 14:10 (0257) Impacts of large-scale integration of PV based generations in a mesh-

connected low voltage network S Bhattacharyya, J Toonen, Endinet/Alliander, Netherlands, S Cobben, Alliander, Netherlands

14:20 (0500) Smart planning - an integrated approach for distribution system planning

to cope with its future requirements C Engels, FH Dortmund, Germany, L Jendernalik, Westfalen-Weser-Ems Verteilnetz GmbH, Germany, M Osthues, TU Dortmund, Germany, H Spitzer, Entellgenio GmbH, Germany

14:30 (0840) A multi-agent based approach for simulating g2v and v2g charging

strategies for large electric vehicle fleets S Uebermasser, M Stifter, AIT, Austria

14:40 (0847) Avoiding MV-network expansion by distributed voltage control

J Schmiesing, E.ON Avacon, Germany, H-P Beck, Clausthal University of Technology, Germany, T Smolka, M Sojer, Maschinenfabrik Reinhausen, Germany

14:50 (1243) Planning-oriented yearly simulation of energy storage operation in

distribution systems for profit maximization, voltage regulation and reserve provisioning S Abdelouadoud, R Girard, T Guiot, Mines Paristech, France, T Guiot, CSTB, France

15:00 (1356) Analysis of the options to reduce the integration costs of renewable

generation in the distribution networks. Part 2: a step towards advanced connection studies taking into account the alternatives to grid reinforcement. G Delille, G Malarange, EDF R&D, France, C Gaudin, ERDF, France

15:10 Discussion 15:30 Refreshment break Block 4 – Methods and tools 16:00 Introduction

16:05 (0698) Correlation between load density and voltage drop

S Emelin, C Gaudin, J Merley, ERDF, France, R Caire, N Hadj Saïd, Grenoble IT, France

16:17 (0787) Improving distribution network analysis with new AMR-based load

profiles A Mutanen, P Järventausta, Tampere University of Technology, Finland, M Kärenlampi, P Juuti, ABB, Finland

16:29 (0857) Mathematical solutions for electricity networks in a low carbon future

S Haben, M Rowe, D V Greetham, P Grindrod, W Holderbaum, B Potter, University of Reading, United Kingdom, C Singleton, CountingLab Ltd, United Kingdom

16:41 (0925) Spatial and temporal electric vehicle demand forecasting in central

London S Acha, K H Van Dam, N Shah, Imperial College London, United Kingdom

16:53 (1205) Effects of scale on load prediction algorithms

A Tidemann, B A Høverstad, H Langseth, P Öztürk, Norwegian University of Science and Technology, Norway

17:05 (1428) Assessment of the investment effort in HV and MV networks to reduce

energy losses J C Martins, J R da Silva, C A Santos, F C Branco, EDP Distribuição - Energia, S.A., Portugal, J N Fidalgo, M A Matos, M J Couto, INESC Porto, Portugal

17:17 Discussion 17:30 Close