Poster Session |
0043 |
M-R algorithm based multi-level feeder queue optimization charging model of electric vehicle and its implementation in energy internet
N Chen, CEPRI, China; M Ai, CEPRI, China; X Wang, CEPRI, China; D Li, CEPRI, China; F Qu, CEPRI, China; J Lin, State Grid Fujian Electric Power Company, China |
0047 |
Presenting the smart city business model: Qualitative and quantitative indicators for energy services
A Navidi, Tehran Electrical Distribution Company, Islamic Republic of Iran; S M Hashemi, Tehran Electrical Distribution Company, Islamic Republic of Iran |
0055 |
Frequency domain harmonic model of electric vehicle charger using three-phase uncontrolled rectifier
W Mo, Guangzhou Power Supply Company Ltd , China; Z Suo, Guangzhou Power Supply Company Ltd , China; Y Wang, Guangzhou Power Supply Company Ltd , China; J Fang, Guangzhou Power Supply Company Ltd , China; L Luan, Guangzhou Power Supply Company Ltd , China; S Li, Guangzhou Power Supply Company Ltd , China; J Wang, ChongQing University, China; Q Wang, ChongQing University, China |
0057 |
How to foster smart energy behaviour of end - users via proactive user participation: S3C project (smart consumer, smart customer, smart citizen) key findings
V Nunes, EDP Distribuição, Portugal; J Nunes, EDP Distribuição, Portugal; C Marques, EDP Distribuição, Portugal; R Gonçalves, EDP Distribuição, Portugal |
0063 |
Smart LED lighting systems implementation in Lisbon metropolitan area
R Matos, EDP Distribuição, Portugal; P Paulo, EDP Distribuição, Portugal; R Ribeiro, EDP Distribuição, Portugal; J Nunes, Lisbon City Hall, Portugal; P Valverde, Arquiled, Portugal |
0080 |
A new framework for infrastructure planning
C Heuer, Siemens AG, Germany; C Norris, Siemens Canada Ltd, Canada; J Chwang, Siemens Canada Ltd, Canada |
0106 |
Co-simulation architecture for centralised direct load control in smart grid
R Alishov, TUM, Germany; M Sphähn, Fraunhofer ESK, Germany; R Witzmann, TUM, Germany |
0113 |
An improved network simulator for EV / V2G studies
S Broderick, University of Southampton, UK; A Cruden, University of Southampton, UK; S Sharkh, University of Southampton, UK; N Bessant, SSEPD, UK |
0130 |
A smart cable management system in support of the smart city
R Wen, Suzhou Power Supply Company, China; H Wang, Suzhou Power Supply Company, China; C Wang, Suzhou Power Supply Company, China; Y Xiang, Suzhou Power Supply Company, China; C Zhou, Glasgow Caledonian University, UK |
0169 |
Customer outage information system
A Berlin, Pöyry Sweden AB, Sweden; N Sigfridsson, Vattenfall, Sweden; L Garpetun, Vattenfall, Sweden |
0182 |
Unbundled meters can boost smart city project
D Stanescu, FDEE Electrica TS, Romania; D Federenciuc, Societatea Electrica SA, Romania; M Sanduleac, ECRO SRL, Romania; C Stanescu, CN Transelectrica SA, Romania |
0184 |
Design and construction of LVDC distribution site
Y Cho, KEPCO, Republic of Korea; J Kim, KEPCO, Republic of Korea; J Cho, KEPCO, Republic of Korea; J Kim, KEPCO, Republic of Korea |
0185 |
AEA 92559 – 1: Towards an Argentinian smart grid vision
D A Moreno, AEA/ADEERA/Edenor SA, Argentina; J C Tripaldi, AEA/ADEERA/Edenor SA, Argentina |
0191 |
Study of information integration architecture based on the extensibility of smart gird CIM model
L Zhao, State Grid Shanghai Electric Power Research Institute, China; J Liu, State Grid Shanghai Electric Power Research Institute, China |
0192 |
Demonstration project of distribution level microgrid in Penetanguishene of Canada
K-H Lee, KEPCO, Republic of Korea; S-Y Yun, KEPCO, Republic of Korea; P-I Hwang, KEPCO, Republic of Korea; D-K Seo, KEPCO, Republic of Korea; Y-T Pak, KEPCO, Republic of Korea |
0203 |
New services of plug-in electric vehicles charging stations
S Zare, Tehran Electrical Distribution Company, Islamic Republic of Iran; P Najafi, Tehran Electrical Distribution Company, Islamic Republic of Iran; H Mansouri, Tehran Electrical Distribution Company, Islamic Republic of Iran; H Taghiya, Tehran Electrical Distribution Company, Islamic Republic of Iran |
0224 |
Power consumption forecasting in the presence of distributed generation and storage in smart home
M Yaghmaee, Mashhad Electric Energy Distribution Co., Islamic Republic of Iran; R Hajimahdizadeh, Mashhad Electric Energy Distribution Co., Islamic Republic of Iran; M Zabihi, Mashhad Electric Energy Distribution Co., Islamic Republic of Iran; M A Farahnakian, Tavanir, Islamic Republic of Iran |
0234 |
A competitive model for apartment complexes energy management with the aim of creating the infrastructure of smart city
H Ghorbanpanah, Mashhad Electric Energy Distribution Co., Islamic Republic of Iran; A Saeedi, Mashhad Electric Energy Distribution Co., Islamic Republic of Iran; S Alishahi, Mashhad Electric Energy Distribution Co., Islamic Republic of Iran; N Nakhodchi, Mashhad Electric Energy Distribution Co., Islamic Republic of Iran |
0267 |
How multi-services gateways enable IOT for utilities
R Hourdouillie, Ericsson, France; D Pollock, Ericsson, UK |
0274 |
The analyses and design of droop controlled DCMGS considering the line in impedance
S-Y Choi, Hanyang University, Republic of Korea; R-Y Kim, Hanyang University, Republic of Korea |
0288 |
Impact on network losses of shorter low-voltage feeders and higher transformer density
S C Vegunta, S&C Electric Company, UK; S Stapleton, S&C Electric Company, UK; P Jewell, Western Power Distribution, UK; D Hawkins, Sohn Associates Ltd, UK; R Brook, Sohn Associates Ltd, UK |
0311 |
A hierarchical control method of massive plug-in electric vehicles for load valley filling
K Zhan, Electric Power Research Institute, CSG, China; A Xu, Electric Power Research Institute, CSG, China; X Guo, Electric Power Research Institute, CSG, China; W Wei, Electric Power Research Institute, CSG, China; G Jian, Electric Power Research Institute, CSG, China |
0321 |
Customers swapping between phases for loss reduction considering daily load profile model in smart grid
B Mohamadi Kalesar, Ardabil Province Electricity Distribution Company (APED co.), Islamic Republic of Iran |
0392 |
Voltage control demonstration for LV networks with controllable DER - the sustainable project approach
H Costa, INESC TEC, Portugal; M Miranda, INESC TEC, Portugal; J Ramos, INESC TEC, Portugal; L Seca, INESC TEC, Portugal; A Madureira, INESC TEC, Portugal; D Lemos, EDP Distribuição, Portugal; R Santana, EDP Distribuição, Portugal; M Louro, EDP Distribuição, Portugal; P G Matos, EDP Distribuição, Portugal; L Rosa, EDP Distribuição, Portugal; N Silva, EFACEC, Portugal |
0422 |
Reduction of measurement points in low-voltage grids with high PV-Share
G Seifert, FAU Erlangen-Nuremberg, Germany; J Gutbrod, FAU Erlangen-Nuremberg, Germany; M Luther, FAU Erlangen-Nuremberg, Germany; A Köpken, ESTW, Germany |
0474 |
Energy planning approach for an efficient distribution grid
M Delfanti, Politecnico di Milano, Italy; D Falabretti, Politecnico di Milano, Italy; S Mandelli, Politecnico di Milano, Italy; M Merlo, Politecnico di Milano, Italy; M Moncecchi, Politecnico di Milano, Italy |
0475 |
Evolving role of distribution system operators in end user engagement
J Vasiljevska, Joint Research Centre, Netherlands; F Gangale, Joint Research Centre, Netherlands; A Mengolini, Joint Research Centre, Netherlands |
