CIRED 2017. Session 4: Distributed energy resources and active demand integration
12-15 Июня 2017, Глазго, Шотландия.
| № | Тема | Авторы |
|---|---|---|
| 0104 | SmartNet: a H2020 project analysing TSO-DSO interaction to enable ancillary services provision from distribution networks | G Migliavacca, M Rossi, RSE, Italy, D Six, Energy Ville, Belgium, M Džamarija, DTU, Denmark, S Horsmanheimo, VTT, Finland, C Madina, TECNALIA, Spain, I Kockar, University of Strathclyde, United Kingdom, J M Morales, University of Malaga, Spain |
| 0108 | Reliability Evaluation of Distribution Network considering Controllable Distributed Generation, Battery Swapping Station and controllable switches | J Song, J Zhou, State Grid Shanghai EPRI, China, C Li, SAIC MOTOR Corporation Ltd, China, Y Luo, Y Luo, W Yan, Chongqing University, China |
| 0142 | Determining potential capacity gains when repurposing MV AC cables for DC power transportation | A Burstein, V ?uk, TU/e, Netherlands, E de Jong, DNV GL, Netherlands |
| 0214 | Feasibility analysis of the power-to-gas concept in the future Swiss distribution grid | C Park, F Bigler, V Knazkins, P Korba, ZHAW, Switzerland, F Kienzle, EWZ, Switzerland |
| 0215 | Smart Grid Vendée project: a decision-support tool for the multi-year planning of active distribution networks | H Dutriexu Baraffe, G Malarange, EDF RandD, France, A Bouorakima, M A Lafittau, G Pelton, Enedis, France |
| 0219 | Profitability analysis of grid supporting EV charging management | R Uhlig, S Harnisch, M Stötzel, M Zdrallek, University of Wuppertal, Germany, T Armoneit, Stadtwerke Iserlohn GmbH, Germany |
| 0267 | Integration of a thermal energy storage as a dynamic load into the electrical grid of an urban quarter | T Plößer, D Maihöfner, J Hanson, TU Darmstadt, Germany |
| 0282 | Dual-decomposition-based peer-to-peer voltage control for distribution networks | H Almasalma, J Engels, G Deconinck, KU Leuven, Belgium |
| 0286 | Analysis on voltage and frequency responses of isolated microgrid according to minimization of diesel generations | D Kim, K W Joung, D H Choi, J I Yoo, J-Wook Park, Yonsei University, South Korea, H-J Lee, KIT, South Korea, S-M Baek, Kongju National University, South Korea, S H Lee, KERI, South Korea, H J Lee, J B Shim, KEPCO, South Korea |
| 0288 | A study on energy management system for stable operation of isolated microgrid | K W Joung, D Kim, D H Choi, J-W Park, Yonsei University, South Korea, H-J Lee, KIT, South Korea, S-M Baek, Kongju National University, South Korea, S H Lee, KERI, South Korea, H J Lee, J B Shim, KEPCO, South Korea |
| 0320 | Techno-economic evaluation of load activation quotas as a concept for flexible load Management | N Thie, S Koopmann, A Schnettler, RWTH Aachen University, Germany, S Hillenbrand, A Kopp, Netze BW GmbH, Germany |
| 0329 | Impact of ENTSO-E recommendation on refitting of PV frequency relays in Czech Republic | F Kysnar, K Prochazka, J Hrouda, EGC-ČB s.r.o., Czech Republic, S Vnoucek, ČEPS a.s., Czech Republic, Z Pavlovic, ČEZ Distribuce a.s., Czech Republic, P Cerny, E.ON Distribuce a.s., Czech Republic, J Matous, PRE Distribuce a.s., Czech Republic |
| 0332 | Influence of self-consumption on distribution network operation - the Slovenian case | B Turnšek, Elektro Primorska d.d., Slovenia, I Papič, B Blažič, University of Ljubljana, Slovenia |
| 0340 | Charging electric vehicles, baking pizzas and melting a fuse in Lochem | G Hoogsteen, A Molderink, J L Hurink, G J M Smit, University of Twente, Netherlands, B Kootstra, F Schuring, Liandon, Netherlands |
| 0402 | Optimization of low voltage distribution networks in a strong embedded microgeneration and electric vehicle penetration context | M Lagarto, J Ferreira Pinto, EDP Distribuição, Portugal, L Ferreira, Instituto Superior Técnico, Portugal |
| 0419 | Building power demand forecasting using K-Nearest neighbors model - practical application in smart city demo aspern project | O Valgaev, F Kupzog, Austrian Institute of Technology, Austria, H Schmeck, Karlsruhe Institute of Technology, Germany |
| 0447 | Reduce peak-time energy use by demand bidding program in Iran | H Delavaripour, A Khazaee, M Ghasempour, H Hooshmandi, Mashhad Electric Energy Distribution Co., Iran |
| 0476 | Impact of the photovoltaic system variability on transformer tap changer operations in distribution networks | C K Gan, C Y Lau, K A Baharin, Universiti Teknikal Malaysia Melaka, Malaysia, D Pudjianto, Imperial College London, United Kingdom |
| 0491 | Business case for distributed energy storage | F Teng, M Aunedi, R Moreira, G Strbac, Imperial College London, United Kingdom, P Papadopoulos, A Laguna, UK Power Networks, United Kingdom |
| 0500 | Distribution loss reduction in residential and commercial pilots by using AMI system | A Khazaee, H H Safa, M Ghasempour, H Delavari, MEEDC, Iran |
| 0558 | The case for coordinated energy storage in future distribution grids | N Voulis, M Warnier, F M T Brazier, Delft University of Technology, Netherlands |
| 0567 | Integrating demand flexibility with DG-RES at the residential household and commercial customer level in electricity grids | I G Kamphuis, S Galsworthy, TNO, Netherlands, M Stifter, T Esterl, S Kaser, AIT, Austria, S Widergren, PNNL, United States, M Galus, BFE, Switzerland, R Targosz, EIM, Poland, D Brodén, L Nordström, KTH, Sweden, M Renting, Enexis, Netherlands, A Rijneveld, Stedin, Netherlands, S Doolla, IIT, India |
| 0659 | Comparison of analysis methods for generator connections | C Foote, C Kungu, SP Energy Networks, United Kingdom |
| 0755 | Integration of multivariate distributed energy resources for demand response: applications in the Indian scenarios | R Pillai, A Ahuja, India Smart Grid Forum, India, G Ghatikar, India Smart Grid Forum, India Electric Power Research Institute, United States |
| 0757 | Seasonally variant deployment of electric battery storage systems in active distribution networks | M Z Degefa, H Sæle, SINTEF Energi AS, Norway, J A Foosnaes, E Thorshaug, NTE Net, Norway |
| 0830 | Contribution of energy storage and demand-side response to security of distribution networks | I Konstantelos, P Djapic, G Strbac, Imperial College London, United Kingdom, P Papadopoulos, A Laguna, UK Power Networks, United Kingdom |
| 0850 | Designing a financial-based energy management framework in smart public parking lot | A Zare, M Fotuhi-Friuzabad, M Moeini-Aghtaie, Sharif University of Technology, Iran |
| 0935 | Utility scale domestic solar: the proactive transition of distributed network operators in Switzerland | Y Farhat, M Bolliger, BKW Energie AG, Switzerland |
| 0950 | Electric heating as flexible demand for enhanced network operation | D Moretti, S Galloway, University of Strathclyde, United Kingdom |
| 0994 | Aggregation model for curtailable generation and sheddable loads | H Marthinsen, A Z Morch, SINTEF Energy Research, Norway, M Plecas, I Kockar, University of Strathclyde, United Kingdom, M Dzamarija, DTU, Denmark |
| 1023 | Business models for demand response aggregators under regulated power markets | C Fang, State Grid Shanghai Municipal Electric Power Company, China, B Fan, State Grid Shanghai Chongming Electric Power Supply Company, China, T Sun, D Feng, J Chen, Shanghai Jiao Tong University, China |
| 1039 | New functionalities of smart grid enabled networks | D C Stancu, D Federenciuc, Electrica, Romania, N Golovanov, Universitatea Politehnica, Romania, D M Satnescu, SDEE Transilvania Sud, Romania |
| 1044 | SPEN - DSO Vision | G Boyd, SP Energy Networks, United Kingdom |
| 1051 | Laboratory infrastructure driven key performance indicator development using the smart grid architecture model | M H Syed, E Guillo, S M Blair, G M Burt, University of Strathclyde, United Kindgom, T I Strasser, H Brunner, Austrian Institute of Technology, Austria, O Gehrke, DTU, Denmark, J E Rodriguez-Seco, Tecnalia, Spain |
| 1075 | A blueprint for the combinatorial strategy in transactive energy based control mechanism by using energy flexibility platform and interface | M Babar, TU Eindhoven, Netherlands, I G Kamphuis, TU Eindhoven, Netherlands/TNO, Netherlands, Z Hanzelka, AGH UST, Poland, M Bongaerts, Alliander N.V., Netherlands |
| 1085 | UK power networks' experience of managing flexible distributed generation from planning to operation | A R Ahmadi, T Manandhar, J Barros, M Bernardo, S Georgiopoulos, UK Power Networks, United Kingdom |
| 1089 | Real-Time Monitoring of Distribution Networks: Experimental Application of Italian Res. 646/2015/R/eel | M Delfanti, D Falabretti, M Merlo, Politecnico di Milano, Italy |
| 1090 | Integration of Energy Storage to Improve Utilisation of Distribution Networks with Active Network Management Schemes | M Plecas, H Xu, I Kockar, University of Strathclyde, United Kingdom |
| 1116 | Meeting emerging and future requirements for managing DER in highly active distribution networks | C Gault, F Watson, C Breadon, E Davidson, SGS, United Kingdom, C Abbey, SGS, Canada, J Miller, US DOE, United States, B Currie, SGS, United States |
| 1143 | Automatic phase identification of smart meter measurement data | F Olivier, D Ernst, R Fonteneau, University of Liège, Belgium |
| 1155 | Optimal hybridization and management of PV/batteries hybrid systems in residential distribution networks | H Turker, P Favre-Perrod, University of Applied Sciences of Switzerland, Switzerland |
| 1159 | Integrating wet appliances with delay functionality in distribution network operation and planning | H Karimi, D Papadaskalopoulos, G Strbac, Imperial College London, United Kingdom |
| 1188 | Energy storage systems (ESS) and microgrids in Brittany Islands | G Lancel, B Deneuville, C Zakhour, E Radvanyi, L Lhermenault, C Ducharme, S Ruiz, EDF, France |
| 1234 | Balancing with DSO-connected demand and generation units - case study austria | S Vögel, E-Control Austria, Austria, A Stimmer, Austrian Power Grid AG, Austria |
| 1284 | DG impact evaluation on LV distribution grids using AMI data: A Brazilian case study | R Maciel, M Silva, B Borba, L Fritz, V Ferreira, M Zamboti, UFF, Brazil, T Campello, UFRJ, Brazil, W Correia, ENEL, Brazil |
| 0059 | Nonlinear optimal control of the responses of residential small houses with new energy resources | P Koponen, R Pasonen, A Löf, VTT, Finland |
| 0071 | Linear three-phase state estimation for LV grids using pseudo measurements based on approximate power distributions | R Brandalik, D Waeresch, W H Wellssow, J Tu, Technical University of Kaiserslautern, Germany |
| 0131 | Decentralisation of power flow solution for facilitating active network management | T R F Mendonca, M E Collins, T C Green, Imperial College London, United Kingdom, M F Pinto, Universidade Federal de Juiz de Fora, Brazil |
| 0316 | Using measurements to increase the accuracy of hosting capacity calculations | O Lennerhag, S Ackeby, M H J Bollen, STRI AB, Sweden, G Foskolos, T Gafurov, MälarEnergi, Sweden |
| 0327 | Field test of a linear three-phase low voltage state estimation system based on smart meter data | D Waeresch, R Brandalik, W H Wellssow, TU Kaiserslautern, Germany, J Jordan, IDS GmbH, Germany, R Bischler, N Schneider, Stadtwerke Kaiserslautern Versorgungs-AG, Germany |
| 0337 | Development of a modular CHP test stand for the analysis of the dynamic behaviour of small synchronous generators | P Erlinghagen, M Knaak, T Wippenbeck, A Schnettler, RWTH Aachen University, Germany |
| 0363 | Smart meter-driven estimation of residential load flexibility | J Ponocko, J V Milanovic, University of Manchester, United Kingdom |
| 0550 | Charge control of second life EV batteries on the DC-link of a back-to-back converter | M Neaimeh, N Wade, S Blake, P Taylor, Newcastle University, United Kingdom |
| 0626 | Evaluating the effectiveness of storage control in reducing peak demand on low voltage feeders | T Yunusov, B Potter, University of Reading, United Kingdom, S Haben, T Lee, University of Oxford, United Kingdom, F Ziel, University Duisburg-Essen, Germany, W Holderbaum, Manchester Metropolitan University, United Kingdom |
| 0803 | An approach for the handling of controller conflicts within multi-functional energy storage systems | C Zanabria, F Pröstl Andrén, J Kathan, T Strasser, Austrian Institute of Technology, Austria |
| 0902 | Challenges in model and data merging for the implementation of a distribution network contingency analysis tool | N Huyghues-Beaufond, S Tindemans, G Strbac, Imperial College London, United Kingdom, A Jakeman, UK Power Networks, United Kingdom |
| 0984 | Evaluation of extended kalman filter and particle filter approaches for quasi-dynamic distribution system state estimation | A Brüggemann, K Görner, C Rehtanz, TU Dortmund University, Germany |
| 0998 | Adjustment of available and needed energy and necessary additional functionalities in the distribution grid, caused by the energy transition, can better be solved by DC distribution grids | R Niehoff, F Kuipers, Eaton Netherlands B.V., Netherlands, H Stokman, Direct Current B.V., Netherlands |
| 1000 | Real-time digital co-simulation method of smart grid for integrating large-scale demand response resources | J Song, J Zhou, State Grid Shanghai EPRI, China, S Jiang, P Zhang, Shanghai Jiao Tong University, China |
| 1035 | PMU-based power systems analysis of a MV distribution grid | N Save, M Popov, TU Delft, Netherlands, A Jongepier, Enduris, Netherlands, G Rietveld, VSL, Netherlands |
| 1049 | Voltage regulating distribution transformers for LV network voltage control and system efficiency | M Anzola, D Walker, D Neilson, M Wright, Scottish Power Energy Networks, United Kingdom |
| 1185 | Predictive management of low voltage grids | M Reis, A Garcia, R Bessa, L Seca, C Gouveia, INESC TEC, Portugal, J Moreira, P Nunes, P G Matos, EDP Distribuição, Portugal, F Carvalho, P Carvalho, AmberTREE, Portugal |
| 1326 | Linky contributions in management and fault detection | P Pelletier, M Chapert, T Bazot, P Lauzevis, S Brun, L De Luca, Enedis, France |
| 1333 | Comparing and improving residential demand forecast by disaggregation of load and PV generatio | S Kloibhofer, M Stifter, F Leimgruber, B-V Rao, AIT, Austria |
| 0169 | Interaction between short-term and seasonal storages in a predominantly renewable power system | C Groiß, W Schaffer, Salzburg Netz GmbH, Austria, W Gawlik, TU Wien, Austria |
| 0216 | The effects of the entry into force of the new electric tariff on Italian residential households equipped with a PV plant | S Maggiore, M Gallanti, R.S.E. S.p.A., Italy |
| 0233 | Using LV distributed generation's reactive power for voltage regulation | L Wautier, F Beauné, L Karsenti, Enedis, France, J Fournel, EDF RandD, France |
| 0256 | Intelligent prosumer coupling by two galvanically isolated battery storage systems | T Graber, C Romeis, E Perossian, J Jaeger, FAU Erlangen, Germany |
| 0265 | Evaluation of different control algorithms with low level communication requirements to increase the maximum electric vehicle penetration | F Lehfuss, M Nöhrer, AIT Austrian Institute of Technology GmbH, Austria |
| 0271 | SMAP project or how to integrate crowdfunded DER in a rural distribution grid | M Bernier, Grenoble INP, France, A Coutarel, Atos Worldgrid, France, J Lavaury Geoffroy, Enedis, France |
| 0307 | Optimal approach for the interaction between DSOs and aggregators to activate DER flexibility in the distribution grid | Z Al-Jassim, M Christoffersen, Danish Energy Association, Denmark, Q Wu, S Huang, DTU, Denmark, G D Rosario, C Corchero, IREC, Spain, M Á Moreno, UC3M, Spain |
| 0377 | Guidelines for distribution system operators on reactive power provision by electric vehicles in low voltage grids | A Zecchino, M Marinelli, C Træholt, Technical University of Denmark, Denmark, M Korpås, Norwegian University of Science and Technology, Norway |
| 0403 | Studies on the time and locational value of DER | B Rogers, J Taylor, EPRI, United States, T Mimnagh, C Tsay, Consolidated Edison, United States |
| 0409 | Active power curtailment for MV network operational planning in an industrial environment | M Hasquenoph, S Hourrig, EDF RandD, France, O Carré, Enedis, France |
| 0411 | Active demand management in MV network operational planning: an industrial method for the selection of flexibility offers to solve technical constraints | C Paris, M Hasquenoph, S Hourrig, EDF RandD, France, O Carré, Enedis, France |
| 0561 | A software driven active customer interface for DER integration | J Ringelstein, Fraunhofer IWES, Germany, M Shalaby, DERlab e.V., Germany, M Sanduleac, Exenir, Romania, L Alacreu, ETRA I+D, Spain, J Martins, V Delgado-Gomes, CTS-Uninova, Portugal |
| 0661 | Combining energy storage and real-time thermal ratings to solve distribution network problems: Benefits and challenges | D Greenwood, N Wade, P Davison, P Taylor, Newcastle University, United Kingdom, P Papadopoulos, UK Power Networks, United Kingdom |
| 0726 | A stochastic multi-temporal optimal power flow approach for the management of grid connected storage | E Grover-Silva, MINES ParisTech, France/ADEME - France, X G Agoua, R Girard, G Kariniotakis, MINES ParisTech, France |
| 0733 | Cost benefit analysis of MV reactive power management and active power curtailment | L De Alvaro Garcia, F Beauné, M Pitard, Enedis, France |
| 0740 | Preliminary regulations of ESS connected to Korean isolated island power system to minimize the capacity of ESS | J B Sim, H J Lee, Y S Lee, I K Song, J Y Ahn, KEPRI, Korea |
| 0816 | IEC 61850 to the service of power system flexibility | Q Morel, T Coste, EDF, France |
| 0833 | Risk or benefit on the electricity grid: Distributed energy storages in system services | J Haakana, J Haapaniemi, V Tikka, J Lassila, J Partanen, Lappeenranta University of Technology, Finland |
| 0884 | The impact of Q(U) and P(U) PV plants characteristics and power storage on connectable power in LV distribution networks | J Hrouda, K Prochazka, F Kysnar, F Broz, EGC CB, s.r.o., Czech Republic |
| 0925 | Generation curtailment as a means to increase the wind power hosting capacity of a real regional distribution network | A Kulmala, VTT, Finland, S Repo, Tampere University of Technology, Finland, J Pylvänäinen, Elenia Oy, Finland |
| 0937 | Creating virtual energy storage systems from aggregated smart charging electric vehicles | A M Jenkins, C Patsios, P Taylor, N Wade, P Blythe, Newcastle University, United Kingdom, O Olabisi, Siemens Plc, United Kingdom |
| 0982 | Impact for the DSO of integrating storage systems in a low-voltage grid with distributed energy resources | J Fonseca, Ernst and Young, Germany, M I Verdelho, R Prata, EDP Distribuição, Portugal |
| 1067 | Supporting DER customer participation in active distribution networks and local markets | L Kane, R West, R Taljaard, R MacDonald, G Ault, E Davidson, A Gooding, Smarter Grid Solutions, United Kingdom |
| 1083 | Integrating photovoltaic and storage systems on distribution feeders | A O'Connell, A Maitra, J Smith, Electric Power Research Institute, Ireland/United States, B Jordan, C Cryer, CPS Energy, United States |
| 1086 | Residential electrical and thermal storage optimisation in a market environment | C A Correa-Florez, A Gerossier, A Michiorri, R Girard, G Kariniotakis, MINES-ParisTech, PSL - Research Universtiy, France |
| 1101 | Methodologies and proposals to facilitate the integration of small and medium consumers in smart grids | C Alvarez, IIE-UPV, Spain, J I Moreno, G López, U. Carlos III de Madrid, Spain, C Carrillo, U Vigo, Spain, I J Ramírez, U. Zaragoza, Spain, J Matanza, IIT-ICAI, Spain, S Valero-Verdu, UNH, Spain, A Gabaldón, ETSII, Spain, M Ruiz, UPCT, Spain |
| 1120 | Derivation of ANM ratings for complex abnormal running networks | S Gough, W Topping, Western Power Distribution, United Kingdom, P Almeida, M Collins, R MacDonald, Smarter Grid Solutions, United Kingdom |
| 1123 | Manging the future network impact of the electrification of heat | S Harkin, A Turton, Delta-EE, United Kingdom |
| 1162 | Impact of a realistic communications for fast-acting demand side management | P Dambrauskas, M H Syed, S M Blair, J M Irvine, I F Abdulhadi, G M Burt, University of Strathclyde, United Kingdom, D E M Bondy, DTU, Denmark |
| 1227 | Economical Distributed Voltage Control in Low-Voltage Grids with High Penetration of Photovoltaic | O Unigwe, D Okekunle, A Kiprakis, University of Edinburgh, United Kingdom |
| 1273 | Fast estimation of equivalent capability for active distribution networks | M Rossi, G Viganó, D Moneta, RSE, Italy, M T Vespucci, P Pisciella, Univirsità degli Studi di Bergamo, Italy |
| 1274 | Business case in support for reactive power services from distributed energy storage | R Moreira, G Strbac, Imperial College London, United Kingdom, P Papadopoulos, A Laguna, UK Power Networks, United Kingdom |
| 1324 | Measuring the Value of Microgrids: A Benefit-Cost framework | J Roark, D Weng, A Maitra, EPRI, United States |
| 0044 | The practical and theoretical potential of demand side management in SMEs to balance wind power | M van Blijderveen, D Joskin, J Garthoff, Alliander, Netherlands |
| 0180 | Control of active/reactive power and LVRT for 40 kW three-phase grid-connected single stage PV system | M M Hasaneen, The Ministry of Electricity and Renewable Energy, Egypt, M A L Badr, A M Atallah, Ain Shams University, Egypt |
| 0211 | Efficient management of a connected microgrid in Belgium | B Cornélusse, D Ernst, ULg, Belgium, L Warichet, W Legros, Nethys, Belgium |
| 0310 | Future-proof islanding detection schemes in Sundom Smart Grid | H Laaksonen, P Hovila, ABB Oy, Finland |
| 0354 | Low voltage grid upgrades enabling islanding operation | R André, F Guerra, EDP NEW R.and.D, Portugal, M Gerlich, M Metzger, SIEMENS AG, Germany, S Rodriguez, GP TECH, Spain, C Gouveia, C Moreira, J Gouveia, INESC TEC, Portugal, J Damásio, Siemens SA, Portugal, R Santos, EDP Distribuição, Portugal |
| 0410 | LV state estimation and TSO-DSO cooperation tools: Results of the French field tests in the evolvDSO project | M Sebastian-Viana, Enedis, France, M Caujolle, B Goncer-Maraver, EDF RandD, France, J Pereira, INESC TEC, Portugal/FEP, Portugal, J Sumaili, P Barbeiro, J Silva, R Bessa, INESC TEC, Portugal |
| 0420 | Distribution state estimation: Outcomes from a field implementation aimed at tackling MV voltage mastering in the presence of DER | D Croteau, EDF RandD, France, O Carre, Enedis, France |
| 0648 | An algorithm for soft open points to solve thermal and voltage constraints in low voltage distribution networks | N Bottrell, T Green, Imperial College London, United Kingdom, P Lang, UK Power Networks, United Kingdom |
| 0666 | Key energy storage use cases validation under real operational context | R J Santos, A Neves, G Faria, B Almeida, EDP Distribuição, Portugal, J Santana, S Pinto, INESC ID, Portugal, José Damásio, Mario Vieira, D Isidoro, Siemens, Portugal |
| 0731 | Contribution of a wind park to voltage and system stability: Results of a measurement campaign | B Heimbach, M Mangani, B Wartmann, M Oeschger, C Kelm, ewz, Switzerland, S Krahmer, M Kreutziger, P Schegner, Technische Universität Dresden, Germany |
| 0786 | Behaviour of PV inverters during islanding of a district | T Drizard, Enedis, France, G Diquerreau, Socomec, France, S Vilbois, EDF RandD, France |
| 0789 | Experiences of demand response in Yokohama demonstration project | K Honda, K Kusakiyo, S Matsuzawa, M Kosakada, Y Miyazaki, Toshiba Corporation, Japan |
| 0804 | Impact of domestic frequency responsive demand on the shetland islands network frequency stability | M Edrah, O Anaya-Lara, I Kockar, G Bell, University of Strathclyde, United Kingdom, S Adams, F MacIntyre, Scottish and Southern Electricity Networks, United Kingdom |
| 0810 | Benefits of battery energy storage system for system, market, and distribution network - case Helsinki | H-P Hellman, A Pihkala, M Hyvärinen, P Heine, Helen Electricity Network Ltd, Finland, J Karppinen, K Siilin, P Lahtinen, Helen, Finland, M Laasonen, J Matilainen, Fingrid, Finland |
| 0829 | Virtual power plant: managing synergies and conflicts between TSO and DSO control objectives | D Pudjianto, G Strbac, Imperial College London, United Kingdom, D Boyer, UK Power Networks, United Kingdom |
| 0889 | Voltage quality provision in low voltage networks with high penetration of renewable production | A Vilman, M Jerele, Elektro Gorenjska d.d., Slovenia |
| 0898 | Modelling and dynamic performance of inverter based generation in power system studies: An international questionnaire survey | G Lammert, University of Kassel, Germany, K Yamashita, CRIEPI, Japan, L D Pabón Ospina, Fraunhofer IWES, Germany, H Renner, Graz University of Technology, Austria, S Martínez Villanueva, Red Eléctrica de España, Spain, P Pourbeik, PEACE-PLLC, United States, F E Ciausiu, Tractebel Engie, Romania, M Braun, University of Kassel, Germany/Fraunhofer IWES, Germany |
| 0930 | Distributed generation connections under a fault level active network management scheme | N Murdoch, A Kazerooni, WSP / Parsons Brinckerhoff, United Kingdom, J Berry, Western Power Distribution, United Kingdom |
| 0996 | The smart grid real lab of ewz: Findings from a large-scale demonstration project | V Poulios, M Mangani, E Kaffe, F Kienzle, B Loepfe, ewz, Switzerland |
| 1055 | Distributed generation at distribution system level resilience to voltage dips - a real case | L Rosa, M Louro, B Almeida, F Gonçalves, A M Rodrigues, J Ferreira Pinto, EDP Distribuição, Portugal |
| 1110 | The Benefits of large-scale Energy Storage Systems (ESS) in French islands | J Callec, P Caumon, L Capely, E Radvanyi, Electricité de France, France |
| 1216 | Decentralized distribution system operation techniques: Results from the meltemi community smart grids pilot site | I Kouveliotis-Lysikatos, D Koukoula, I Vlachos, A Dimeas, NTUA, Greece, N Hatziargyriou, HEDNO, Greece/NTUA, Greece, S Makrynikas, HEDNO, Greece |
| 1238 | Demand side management in a field test: Lessons learned | M E T Gerards, J L Hurink, University of Twente, Netherlands, R Hübner, Innogy SE, Germany |
| 1364 | The challenge of retrofitting old decentralized power plants in Germany in terms of power system stability | S Brandt, F Kalverkamp, FGH GmbH, Germany, R Heßler, TransnetBW GmbH, Germany, S Weber, Tennet TSO GmbH, Germany |