Cooperative scientific articles by DERlab e. V or by the member institutes of DERlab e. V. (non-exhaustive list)

In archive: Conference papers 2008 - 2011 (DERlab NoE)

Title Authors Place of the publication Affiliation
Design and Evaluation of SunSpec-Compliant Smart Grid Controller with an Automated Hardware-in-the-Loop Testbed J. Johnson1, B. Fox2, R. Ablinger3, R. Bründlinger3, J. Flicker1 India Smart Grid Week, March 2017 1Sandia. 2SunSpec Alliance, 3AIT.
Best Practices in Photovoltaic System Operations and Maintenance (2nd edition) C. Whaley (working group coordinator)1, A. Walker1, T. Lowder1, C. Kurnik1, C. Nichols2, A. Qusaibaty2, D. Boff2, G. Klise 3, O. Lavrova 3, Roger Hill3, T. Tansy 4, T. Keating 4, A. Pochiraju 4, J. Deot 4, B. Fox4 NREL/Sandia/Sunspec Alliance SuNLaMP PV O&M Working Group, December 2016 1NREL. 2US DOE SunShot Initiative. 3Sandia. 4SunSpec Alliance.
Evaluation of System-Integrated Smart Grid Devices using Software- and Hardware-in-the-Loop Blake Lundstrom1, Sudipta Chakraborty1, Georg Lauss2, Roland Bründlinger2, Russell Conklin3 (U.S. Department of Energy) Conference on Innovative Smart Grid Technologies (ISGT2016) by IEEE, Minneapolis, MN (US), 6-9 September, 2016 1NREL. 2AIT.3US Department of Energy.
Stochastic model predictive control for economic/environmental operation management of microgrids: An experimental case study A. Parisio1, E. Rikos2, L. Glielmo3 Journal of Process Control 43, July 2016, pp.24–37 1University of Manchester. 2CRES. 3University of Sannio.
Forecasting and observability: critical technologies for system operations with high PV penetration P.-J. Alet1, V. Efthymiou2, G. Graditt3, N. Henze4, M. Juel5, D. Moser6, M. Pierro 6, F. Nemac 7, E. Rikos 8, S. Tselepis8, G. Yang9 EU PVSEC2016, Munich (DE), 20-24 June, 2016 1CSEM, PV-center. 2FOSS. 3ENEA. 4IWES. 5SINTEF. 6EURAC. 7ApE. 8CRES. 9TU Denmark.
Experimental validation of flexibility provision by highly distributed demand portfolio M. H. Syed1, G. M. Burt1, R. D'Hulst2, J. Verbeeck2 CIRED Workshop, Helsinki (FI), June 2016 1University of Strathclyde.2EnergyVille-VITO.
Transitioning from centralized to distributed control: using SGAM to support a collaborative development of web of cells architecture for real time control E. Guillo-Sansano1, M. H. Syed1, P. Dambrauskas1, M. Chen1, G. M. Burt1, S. McArthur1, T. Strasser2 CIRED Workshop, Helsinki (FI), June 2016 1University of Strathclyde.2AIT.
Biochar and compost amendments enhance copper immobilisation and support plant growth in contaminated soils S. Jones1, R.P. Bardos1, P.S. Kidd2, M. Mench3, F. de Leij4, T. Hutchings4, A. Cundy5, C. Joyce5, G. Soja6, W. Friesl-Hanl6, R. Herzig7, P. Menger8 Journal of Environmental Management, 171, April 2016, pp. 101 – 112. 1University of Reading. 2Instituto de Investigaciones Agrobiológicas de Galicia (IIAG). 3Université de Bordeaux. 4C-Cure Solutions Ltd. 5University of Brighton. 6AIT. 7Phytotech Foundation & AGB. 8TECNALIA.
Enhanced situational awareness and decision support for operators of future distributed power network architectures A. S. Zaher1, V. M. Catterson1, M. H. Syed1, S. D. J. McArthur1, G. M. Burt1, M. Che1n, M. Marinelli2, A. Prostejovsky2 EEE ISGT Europe, Ljubljana (SI), October 2016 1University of Strathclyde. 2DTU.
Towards a Foundation for Holistic Power System Validation and Testing M. Blank1, S. Lehnhoff1, K. Heussen2, D. E. Morales Bondy2, C. Moyo3, T. Strasser3 IEEE ETFA, Berlin (DE), September 6-9, 2016 1OFFIS. 2DTU. 3AIT.
Towards Holistic Power Distribution System Validation and Testing – An Overview and Discussion of Different Possibilities T. Strasser1, F. Andren1, G. Lauss1, R. Bründlinger1, H. Brunner1, C. Moyo1, C. Seitl1, S. Rohjans2, S. Lehnhoff2, P. Palensky3, P. Kotsampopoulos4, N. Hatziargyriou4, G. Arnold5, W. Heckmann5, E.C.W. de Jong6, M. Verga7, G. Franchioni7, L. Martini7, A.M. Kosek8, O. Gehrke8, H. Bindner8, F. Coffele9, G. Burt9, M. Calin9, J.E. Rodriguez-Seco10 CIGRE, Paris (FR), August 21-26, 2016 1AIT. 2OFFIS. 3TU Delft. 4NTUA. 5IWES. 6DNV GL. 7RSE. 8DTU. 9University of Strathclyde. 9DERlab. 9TECNALIA.
EMC issues in the interaction between smart meters and power electronic interfaces P.Kotsampopoulos1, A.Rigas1, J.Kirchhof2, G.Messinis1, A.Dimeas1, N.Hatziargyriou1, V.Rogakos3, K.Andreadis3 IEEE Transactions on Power Delivery, vol.PP, no.99, pp. 1-10, May 2016 1NTUA. 2IWES. 3HEDNO.
Distribution Line Parameter Estimation Under Consideration of Measurement Tolerances A. Prostejovsky1, O. Gehrke1, A. Kosek1, H. Bindner1, T. Strasser2 IEEE Transactions on Industrial Informatics, vol.12, no.2, pp. 726-735, February 2016 1DTU. 2AIT.
Lab Tests: Verifying That Smart Grid Power Converters Are Truly Smart R. Bründlinger1, T. Strasser1, G. Lauss1, A. Hoke2, S. Chakraborty2, G. Martin2, B. Kroposki2, J. Johnson3, E. de Jong4 IEEE Power and Energy Magazine, vol.13, no.2, pp.30,42, March-April 2015 1AIT. 2NREL. 3Sandia National Laboratories. 4DNV GL.
Comparative assessment of module productivity models N. Dekker1, R. Emmerich2, G. Leotta3, J. Mertens4, S.Misara2, P. Pugliatti3, A. Di Stefano3, G. Razongles4, B. Ya Assoa4 EU PVSEC 2014 1ECN. 2Fraunhofer IWES. 3Enel. 4CEA INES.
Thermal and electrical analysis of BIPV systems in the Sophia project B. Ya Assoa1, W. Sprenger2, S. Misara3, F. Roca4, L. Mongibello4, B. Kubicek5, M. Wagner5, S. Zamini5, J. Merten1, M. Machado6 EU PVSEC 2014 1CEA INES. 2Fraunhofer ISE. 3Fraunhofer IWES. 4ENEA. 5AIT. 6TECNALIA.
Collaborative development of automated advanced interoperability certification test protocols for PV smart grid integration J. Johnson1, R. Bründlinger2, C. Urrego3, R. Alonso4 EU PVSEC 2014 1Sandia National Laboratories. 2AIT. 3Universidad del Valle. 4TECNALIA.
DERri common reference model for distributed energy resources - modelling scheme, reference implementations and validation of results F. Andren1, F. Lehfuss1, P. Jonke1, T. Strasser1, E. Rikos2, P. Kotsampopoulos3, P. Moutis3, F. Belloni4, C. Sandroni4, C. Tornelli4, A. Villa4, A. Krusteva5, R. Stanev5 CIGRE Session 45, Paris, France, 2014 1AIT. 2CRES. 3ICCS-NTUA. 4RSE. 5TUS.
Improving the portability and exchangeability of model data for smart grids focusing on realtime simulations – definition of a common reference model T. Strasser1, M. Stifter1, W. Hribernik1, E. Lambert2, P. Kotsampopoulos3, P. Crolla4, C. Tornelli5 CIGRE Session 45, Paris, France, 2014 1AIT. 2Électricité de France. 3ICCS-NTUA. 4University of Strathclyde. 5RSE.
On the stability of local voltage control in distribution networks with a high penetration of inverter-based generation F. Andren1, B. Bletterie1, S. Kadam1, P. Kotsampopoulos2, C. Bucher3 IEEE Transactions on Industrial Electronics, vol. PP, issue: 99, 2014 1AIT. 2ICCS-NTUA. 3Basler & Hofmann AG
Testing of utility-scale PV inverters - international grid code developments and laboratory needs W. Heckmann1, N. Schäfer1, D. Mincu (Craciun)1+2 International Conference on Standards for Smart Grid Ecosystems, Central Power Research Institute (CPRI), Bangalore, India 1Fraunhofer IWES. 2DERlab.
Guidelines for testing large-scale RES inverters G. Arnold1, R. Bründlinger2, W. Heckmann1, N. Schäfer1 D. Geibel1 Deliverable JRA-2.2.3, Distributed Energy Ressources Research Infrastructures (DERri, EU Project no. 228449), January 2014 1Fraunhofer IWES. 2AIT.
Introduction of advanced testing procedures including PHIL for DG providing ancillary services P. Kotsampopoulos1, N. Hatziargyriou1, B. Bletterie2, G. Lauss2 T. Strasser2 39th Conference of the IEEE Industrial Electronics Society (IECON), Vienna, Austria, 2013 1ICCS-NTUA. 2AIT.
Review, analysis and recommendations on recent guidelines for the provision of ancillary services by distributed generation P. Kotsampopoulos1, N. Hatziargyriou1, B. Bletterie2, G. Lauss2 IEEE International Workshop on Intelligent Energy Systems (IWIES), Vienna, Austria, 2013 1ICCS-NTUA. 2AIT.
Use of Model Predictive Control for Experimental Microgrid Optimisation A. Parisio1, E. Rikos2, G. Tzamalis3, L. Glielmo4 Electric Power Systems Research, vol. 102, 2013 1KTH. 2CRES. 3ICCS-NTUA. 4EDT.
Round Robins of Solar Cells to Evaluate Measurement Systems of Different European Research Institutes P. Manshanden1, N.J.C.M. van der Borg1, M. Bliss2, B. Mihaylov2, R. Gottschalg 2, M. Izzi3, M. Tucci3, F. Roca3, M. Pellegrino3, A. Romano3, G. Graditi3, J. Hohl-Ebinger4, W. Warta4, M. Debucquoy5, O. El Daif5, I. Gordon5, J. Champliaud6, A. Jouini6, J. Glatz-Reichenbach7, K. Bothe8, A. Herguth9 EU PVSEC 2013 1ECN. 2Loughborough University. 3ENEA. 4Fraunhofer ISE. 5imec. 6CEA-INES. 7ISC Konstanz. 8ISFH. 9University of Konstanz.
A Quasi-Dynamic Approach for Slow Dynamics Time Domain Analysis of Electrical Networks with Distributed Energy Ressources R. Stanev1, A. Krusteva1, C. Tornelli2, C. Sandroni2 5th Scientific Conference of Electrotechnical Faculty of TUS - 2013, Sozopol, Bulgaria 1TUS-RDS. 2RSE.
EEPOS Automation and Energy Management System for Neighbourhoods with High Penetration of Distri-buted Renewable Energy Sources: A Concept B. Klebow1, A. Purvins1, K. Piira2, V. Lappalainen2, F. Judex3 IEEE IWIES 2013 1DERlab e. V. 2VTT. 3AIT.
Power Hardware-In-The-Loop Technique Applied to a LV Network for Integrating a Supercapacitor with an Average Model of STATCOM K. Mentesidi1, M. Santamaria2, M. Aguado3, A. Vassilakis4, A. Rigas4, V. Kleftakis4, P. Kotsampopoulos 4 IEEE IWIES 2013 1CENER. 2TECNALIA. 3VISTAKON. 4ICCS-NTUA.
A hardware-In-The-Loop Simulation Architecture for Integration of Smart Buildings and Distributed Energy Resources in Micro Grids G.T. Costanzo1, L. Ferrarini2, G. Mantovani3, A. Krusteva4, M. Georgiev4, M. Antchev4 Journal of Information Technologies and Control 1DTU. 2RSE. 3University of Padua. 4TUS-RDS.
Implementing agent-based emissions trading for controlling Virtual Power Plant emissions S. Skarvelis-Kazakos1, E. Rikos2, E. Kolentini3, L.M. Cipcigan4, N. Jenkins4 Electric Power Systems Research, vol. 102, 2013 1University of Greenwich. 2CRES. 3ICCS-NTUA. 4University of Cardiff.
Evaluation of Technical Solutions for a Large Scale Integration of PV in European Distribution Grids M. Vandenbergh1, V. Helmbrecht1, D. Mincu (Craciun)1, R. Hermes2, H. Loew3, R. Lama4, M. Rekinger5, G. Concas5, P.M. Sonvilla6 EU PVSEC 2013 1DERlab e. V. 2 Bundesverband Solarwirtschaft e. V. 3 Enel Distribuzione S.p.a. 4RWE Deutschland AG. 5 EPIA AISBL. 6 eclareon.
TECHNICAL SOLUTIONS SUPPORTING THE LARGE SCALE INTEGRATION OF PHOTOVOLTAIC SYSTEMS IN THE FUTURE DISTRIBUTION GRIDS M. Vandenbergh1, V. Helmbrecht1, D. Mincu (Craciun)1, R. Hermes2, H. Loew3 CIRED 2013 1DERlab e. V. 2 RWE Deutschland AG. 3BSW.
Improving the Portability and Exchangeability of Model Data for Smart Grids Real-Time Simulations-Definition of a Common Reference Model T. Strasser1, M. Stifter1, W. Hribernik1, E. Lambert2, P. Kotsampopoulos3, P. Crolla4, C. Tornelli5 e & i Elektrotechnik und Informationstechnik, pp. 1-6, 2013 1AIT. 2EDF. 3ICCS-NTUA. 4University of Strathclyde. 5RSE
The EU DERri Project: open use of Research Infrastructures for experimental activities in the field of integration of Distributed Energy Resources G. Franchioni1, P. Mora1, M. Rizzi1, S. Numminen2, D. Mincu (Craciun)2 IRED 2012 1RSE. 2DERlab e. V.
Harmonising hardware-in-the-loop simulation procedures for power systems and distributed energy resources components T. Strasser1, F. Lehfuß1, P. Kotsampopoulos2, P. Crolla3, C. Tornelli4, S. Numminen5 IRED 2012 1AIT. 2ICCS-NTUA. 3University of Strathclyde. 4RSE. 5DERlab e. V.
Harmonised Procedures on Photovoltaic Modules Long-Term Energy Yield Measurements and Performance Evaluation under Outdoor Conditions D. Mincu (Craciun)1, V. Helmbrecht1, P. Funtan2, P. Strauss1,2, S. Misara2, A. Ellis3, R. Bruendlinger1,4, S. Tselepis5, A. Kyritsis5, N. Hatziargyriou6, K. Latoufis6 EU PVSEC 2012 1DERlab e. V. 2Fraunhofer IWES. 3Sandia National Laboratories. 4AIT. 5CRES. 6ICCS-NTUA
SOL-ION PV Storage System: Field Trial Results, Spread of Operating Conditions and Performance Evaluation based on field data J. Binder1, H. D. Mohring1, M. Danzer1, O. Schanz1, A. U. Schmiegel1, A. Linhart2, M. Landau3, J. von Appen3, F. Niedermeyer3, M. Braun3, D. Magnor4, D.-U. Sauer4, H. Schuh5, U. Thomas6, N. Martin7, J.-C. Marcel8, C. Jehoulet9 EU PVSEC 2012 1ZSW. 2voltwerk electronics GmbH. 3Fraunhofer IWES. 4ISEA RWTH. 5Saft Batterien GmbH. 6E.ON Bayern AG. 7CEA-INES. 8Tenesol. 9Saft Batteries
Numerical Analysis of the Impact of Environmental Conditions on the BIPV Systems, an Overview of BIPV Modelling in the SOPHIA Project Y. B. Assoa1, S. Zamini2, W. Sprenger3, S. Misara4, M. Pellegrino5 EU PVSEC 2012 1CEA-INES. 2AIT. 3Fraunhofer ISE. 4Fraunhofer IWES. 5ENEA.
RESERVICES - Economic Grid Support from Variable Renewable: System Needs M. Rekinger1, G. Masson1, S. Wokke2, F. Van Hulle2, H. Holttinen3, D. Mincu (Craciun)4, P. Kreutzkamp5, N. Cutululis6 EU PVSEC 2012 1EPIA. 2EWEA. 3VTT. 4Fraunhofer IWES. 53E. 6DTU
Free access to 48 Photovoltaic Research Infrastructures: The Sophia Project P. Malbranche1, G. Siefer2, M. de Bruijne3, I. Gordon4, P. Sommer-Larsen5, N. Taylor6, I. Lauermann7, J. Hüpkes8, I. Anton9, F. Aleo10, F. Paletta11, R. Gottschalg12, F. Roca13, S. Rousu14, T. Pettersen15, S. Zamini16, M. Rekinger17, G. Arrowsmith18, E. Román Medina19, D. Mincu (Craciun)20 EU PVSEC 2012 1CEA-INES. 2Fraunhofer ISE. 3ECN. 4imec. 5DTU. 6European Commission DG JRC. 7HZB. 8Forschungszentrum Juelich. 9UPM. 10ENEL. 11RSE. 12Loughborough University. 13ENEA. 14VTT. 15SINTEF. 16AIT. 17EPIA. 18EUREC. 19TECNALIA. 20DERlab e. V.
Improving the Portability and Exchangeability of Model Data for Smart Grids focusing on Real-Time Simulations - Definition of a Common Reference Model T. Strasser1, M. Stifter1, W. Hribernik1, E. Lambert2, P. Kotsampopoulos3, P. Crolla4, C. Tornelli5 CIGRE Session 44 Paris, France, August 2012. 1AIT. 2EDF. 3ICCS-NTUA. 4University of Strathclyde. 5RSE
Comparison of multiple Power Amplification types for Power Hardware-in-the-Loop Applications. F. Lehfuss1, G. Lauss1, P. Kotsampopoulos2, N. Hatziargyriou2, P. Crolla3, A. Roscoe3 IEEE Workshop on Complexity in Engineering (COMPENG 2012), June 2012 1AIT. 2ICCS-NTUA. 3University of Strathclyde
Harmonized procedures for long-term energy yield measurements and performance evaluation of PV modules in outdoor conditions V. Helmbrecht1, D. Mincu (Craciun)1, A. Ellis2, J. Granata2, S. Tselepis3, A. Kyritsis4, N. Hatziargyriou4 Photovoltaics International Journal, February 2012 1DERlab e. V. 2Sandia National Laboratories. 3CRES. 4ICCS-NTUA
Is the Distribution Grid Ready to Accept Large Scale Photovoltaic Deployment? - State of the Art, Progress and Future Prospects M. Braun1, T. Stetz2, R. Brundlinger3, C. Mayr3, K. Ogimoto4, H. Kobayashi5, H. Hatta5, B. Kroposki6, B. Mather6, M. Coddington6, K. Lynn7, G. Graditi8, A. Woyte9, and I. MacGill10 Progress in Photovoltaics, November 2011 1IEH, University of Stuttgart. 2Fraunhofer IWES. 3AIT. 4University of Tokyo. 5CRIEPI, Japan. 6NREL, US. 7US Department of Energy. 8ENEA. 93E. 10CEEM, Australia