Posters

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Assessing the wind resource & turbine performance
Developments in turbine technology
Digitalisation
End of life issues
Environmental impacts, social acceptance & spatial planning
Financing wind energy
Health & safety
Installation & Logistics
Integrating wind into the energy system
Operations & maintenance
Supply chain & procurement
Using wind to decarbonise heating, transport and other sectors

PO002: Rain erosion of leading edges of wind turbine blades. What is up and down?

Dr.-Ing. Charlotte Hasager, Senior Scientist, DTU Wind Energy

Assessing the wind resource & turbine performance

PO004: INFLUENCE OF MESH REFINEMENT METHOD AND SIZE OF COMPUTATION DOMAIN ON RESULTS OF CFD-BASED WIND FLOW MODELING

Cheng Zhuang, Techinal Director, Shanghai Electric Wind Power Group Co. Ltd.

Assessing the wind resource & turbine performance

PO005: A fully autonomous Drone for Wind Speed Measurements

Professor Klaus Eisele, University of Applied Sciences and Arts, Northwestern Switzerland

Assessing the wind resource & turbine performance

PO006: Optimization of lidar measurements for wind resource assessment – Introduction to the LiMeS project

Doron Callies, Coordinator area of expertiseEnergy Meteorology and Renewable Resources, Fraunhofer IEE

Assessing the wind resource & turbine performance

PO007: Going far back in time to analyse the wind resource: Can pressure data replace wind data?

Marion Jude, Wind Analyst, Eoltech

Assessing the wind resource & turbine performance

PO008: Reduction of uncertainties using DeltaWindFlow and optimised Mast-to-Turbine weightings

Romain Molins, EAG Manager - Chile, Mainstream Renewable Power

Assessing the wind resource & turbine performance

PO009: Synoptic Influences on Turbine Performance and Power Curve Monitoring

Dr. Carolin Schmitt, Meteorologist/Senior Manager

Assessing the wind resource & turbine performance

PO010: Optimized GIS-Based Site Selection Approach For Wind Farm Development : A Case Study For Iran's Province in TAKESTAN

Alireza Karbalaeimirza, Mechanical Engineering Expert, Mapnagroup(MD1)

Assessing the wind resource & turbine performance

PO012: Meso-microscale coupling for wind resource assessment using average atmospheric conditions

Pablo Duran, Industrial PhD candidate, WindSim AS / Norwegian University of Life Sciences

Assessing the wind resource & turbine performance

PO013: Evolution of the wind resource over the last 30 to 45 years for 10 European regions (France, Germany and UK). Variability analyses and update of the uncertainty on long term prediction process.

Marion Jude, Wind Analyst, Eoltech

Assessing the wind resource & turbine performance

PO014: Wake modelling with the actuator disc concept in complex terrain

Ansgar Johan Ladstein, Master Student, Norwegian University of Life Sciences

Assessing the wind resource & turbine performance

PO015: Comparisons of the wind trends from MERRA2 data and a multisource wind index (23 regions in Europe) Why does the choice of the reference sources matter so much?

Marion Jude, Wind Analyst, Eoltech

Assessing the wind resource & turbine performance

PO017: Development of elastic flaps for application on wind turbines.

Artur Reiswich, MSc., Reasearch assistant, Technische Universität Bergakademie Freiberg

Assessing the wind resource & turbine performance

PO018: Improving vertical wind speed extrapolation using short-term lidar measurements

Alexander Basse, MSc., research associate, PhD student, University of Kassel

Assessing the wind resource & turbine performance

PO020: Reduction of Sensitivities of Monostatic Wind Remote Sensing Devices by Vector Averaging

Axel Albers, Managing Director, Deutsche WindGuard

Assessing the wind resource & turbine performance

PO022: A new analytical framework to improve risk quantification and optimize measurement campaigns

Karim Fahssis, CEO, MeteoPole / Zephy-Science (AZIUGO Group)

Assessing the wind resource & turbine performance

PO023: Optimal time step of SCADA data for the power curve of wind turbine

Dr Minh-Thang DO, Research and Development Engineer, Meteodyn

Assessing the wind resource & turbine performance

PO024: Flow Complexity Recognition - Experience with LiDAR data in moderately complex terrain

Pierre-Emmanuel Brichet, Project Development Engineer, DNV GL

Assessing the wind resource & turbine performance

PO025: Impact of Aggregated Roughness on Mesoscale Wind Climate

Grégoire Leroy, R&D Meteorologist, 3E

Assessing the wind resource & turbine performance

PO026: Historical wind speed trends and impact on long-term adjustment and interannual variability in France

Niels Peyre, MSc, Renewable Energy Consultant, Wood Group France SAS

Assessing the wind resource & turbine performance

PO027: ZephyCube - LIDAR data CFD correction in complex terrain

Théo Reffet, Wind Energy Expert, ZephyScience

Assessing the wind resource & turbine performance

PO028: Wind Resource Assessment over Coastal Indian Site using Nested Mesoscale Large-Eddy-Simulations for Wind Energy Applications

Dr. Eric Tromeur, Research Engineer, Meteodyn France

Assessing the wind resource & turbine performance

PO031: Research onAnnual Wind Speed Variation Characteristics for the Construction of Offshore Windfarm inWest Sea ofthe Korean Peninsula

KEONHOON KIM, Principal Researcher, KIER

Assessing the wind resource & turbine performance

PO033: Potential estimation and Performance evaluation of power upgrades products across European wind farms

Natarajan Sethuramalingam, General Manager – After Sales Value Engineering, Vestas

Assessing the wind resource & turbine performance

PO034: Quantitative wind climatology at hub height of modern wind turbines

Tina Leiding, Climatologist, Deutscher Wetterdienst

Assessing the wind resource & turbine performance

PO035: Wake detection in the turbine inflow using nacelle lidars

Dominique P Held, MSc., PhD Student, Department of Wind Energy

Assessing the wind resource & turbine performance

PO036: Wind Resource Assessment of Sites with Complex Terrains using Large Eddy Simulation

Dr. Gang Huang, PhD, Research engineer, Meteodyn

Assessing the wind resource & turbine performance

PO037: Operating wind parks: nacelle direction monitoring

Romain Fabre, Wind assessment engineer, Eurocape New Energy

Assessing the wind resource & turbine performance

PO038: Comparison of theoretical and empirical electrical losses in the Balance of Plant of a Wind Farm: a case study in Brazil

Performance Manager Gustavo Bohme, PhD., Performance Manager, Echoenergia

Assessing the wind resource & turbine performance

PO039: An offshore wind project lifecycle-approach to the use of Lidar – how an industry has revolutionised itself.

Matt Smith, Offshore Lidar Expert, Zephir Lidar Ltd.

Assessing the wind resource & turbine performance

PO040: Aero-elastic codes validation using Levenmouth 7MW real field measurements

MSc Carlos Rodriguez, Senior aero-elastic research engineer, ORE Catapult

Assessing the wind resource & turbine performance

PO041: On the determination of wind speeds at hug height in offshore wind farms

Sofia Caires, Specialist/Expert Advisor, Deltares

Assessing the wind resource & turbine performance

PO042: On the impact of realistic offshore wind energy exploration scenarios on wind conditions within the German Bight

Martin Doerenkaemper, PostDoctoral Researcher, Fraunhofer IWES

Assessing the wind resource & turbine performance

PO043: Power production for individual turbines using Wind Farm Simulator

Martin S. Grønsleth, Adviser, Kjeller Vindteknikk AS

Assessing the wind resource & turbine performance

PO044: Comparison of simulations and wind tunnel measurements for the improvement of design tools for Vertical Axis Wind Turbines

Sarah Barber, Wind Energy Programme Leader, University of Applied Sciences Rapperswil

Assessing the wind resource & turbine performance

PO045: Improving WRF accuracy using observation nudging

Dr Eric Dupont, expert researcher, ENPC/CEREA

Assessing the wind resource & turbine performance

PO046: Wave modelling in offshore wind farms

Jan-Joost Schouten, Senior project manager offshore wind, Deltares

Assessing the wind resource & turbine performance

PO047: WINDSEA, meet the challenge of offshore wind developers confidence in floating LiDAR Technology.

Maxime BELLORGE, Project & Sales Director, AKROCEAN

Assessing the wind resource & turbine performance

PO049: Vector averaging for Windcube in complex terrain

Paul Mazoyer, Application Engineer, Leosphere

Assessing the wind resource & turbine performance

PO050: Nacelle Mounted Lidar: Calibration and Power Curve Verification of the Wind Iris 2-beam and 4-beam

Dr Cedric Dall'Ozzo, Wind Analyst & R&D Coordinator, EDF Renewables

Assessing the wind resource & turbine performance

PO053: Operating wind park case study: better understanding of the direction deviation of wind turbines

Romain Fabre, Wind assessment engineer, Eurocape New Energy

Assessing the wind resource & turbine performance

PO054: A novel method to quantify atmospheric stability

Lasse Svenningsen, PhD., R&D Manager, EMD International A/S

Assessing the wind resource & turbine performance

PO055: Production indices as long-term reference for energy production assessments in France

Nicolas Marquet, Wind Farm Senior Engineer, DNV GL

Assessing the wind resource & turbine performance

PO056: Offshore wind turbine power curve tests using lidar

Peter Clive, Senior Scientist, Wood - Clean Energy

Assessing the wind resource & turbine performance

PO057: The performance of lidar in complex terrain and complex flow

Peter Clive, Senior Scientist, Wood - Clean Energy

Assessing the wind resource & turbine performance

PO058: Reduction of wake modelling uncertainty using a 3D RANS model

Wolfgang Schlez, Director, ProPlanEn

Assessing the wind resource & turbine performance

PO060: Energy production assessments in France - Accuracy and Learnings

Fatima Grondona, Engineer, Asset Operation & Management (AOM), DNV GL

Assessing the wind resource & turbine performance

PO061: First results from the iSpin Performance Transparency Project (PTP)

Dr.-Ing. Harald Hohlen, Head of Performance, Analysis & Reporting, ROMO Wind A/S

Assessing the wind resource & turbine performance

PO062: An adjoint optimization tool for correcting LiDAR wind measurement in complex terrain

Dr. Saleh Nabi, Research Scientist, Mitsubishi Electric Research Laboratories

Assessing the wind resource & turbine performance

PO063: Energy interaction of vertical axis wind turbines working in pairs: a case study and an application of iec61400-12-1:2017

İSKENDER KÖKEY, PhD(c), PhD Candidate, The Graduate School of Natural and Applied Sciences of Dokuz Eylül University

Assessing the wind resource & turbine performance

PO065: The impact of lattice mast structure on the results of wind speed measurements

Vladislavs Bezrukovs, Researcher, Ventspils University College

Assessing the wind resource & turbine performance

PO066: Wind power prediction in complex terrain using analog ensembles

Dr Yngve Birkelund, Head of Department of Engineering and Safety, UiT The Arctic University of Norway

Assessing the wind resource & turbine performance

PO067: A real life investigation of wake losses

Thomas Zirngibl, Team Leader, TÜV SÜD Industrie Service GmbH

Assessing the wind resource & turbine performance

PO068: Seasonal Evaluation of WRF Wind Farm Parameterization Scheme Performance For A Large Offshore Wind Farm

Ken Tay, Research Specialist, LLoyd's Register Global Technology Center

Assessing the wind resource & turbine performance

PO069: Power performance testing according to IEC 61400-12-1 ed.2, 2017: Comparing the four methods

Vanessa Mabel Zeron Funez, MSc Student, University of Oldenburg

Assessing the wind resource & turbine performance

PO070: Investigation of the validity of the Blade Element Momentum Theory for wind turbine simulations in Turbulent inflow by means of CFD

Sebastian Ehrich, Research assistant, University of Oldenburg

Assessing the wind resource & turbine performance

PO071: Guideline on Operational Data Assessment

Martin Strack, Manager Site and Energy Assessment, Deutsche WindGuard Consulting GmbH

Assessing the wind resource & turbine performance

PO073: Post-construction Wind Farm Power Performance Assessment using Lidar- and SCADA-data

Tobias Klaas, Research Associate, Fraunhofer IEE

Assessing the wind resource & turbine performance

PO074: WIND ENERGY POTENTIAL AT QAROUH ISLAND IN THE STATE OF KUWAIT

Mohamad Alkhalidi, Associate Professor, Kuwait University

Assessing the wind resource & turbine performance

PO075: Robustness of spinner anemometer wind speed measurement with respect to yaw misalignment.

Nick Janssen, Team lead, ROMO Wind

Assessing the wind resource & turbine performance

PO076: Extreme Load Analysis of a 5MW Offshore Wind Turbine under Tropical Cyclone Wind Conditions

Dr. Prof. Jui-Hung Liu, Assistant Professor, Southern Taiwan University of Science and Technology

Assessing the wind resource & turbine performance

PO077: Floating Lidars for analysis of operational wind farms

John Slater, Senior Consultant, Fichtner Consulting Engineers

Assessing the wind resource & turbine performance

PO078: Direct load and lubrication monitoring of a high speed shaft bearing in the field

Benjamin Clarke, MEng, PhD Student, The University of Sheffield

Assessing the wind resource & turbine performance

PO079: Wind Field Reconstruction from Lidar Measurements at High-Frequency using Machine Learning

Mr Clym Stock-Williams, TNO

Assessing the wind resource & turbine performance

PO081: Advanced turbine performance analytics using nacelle mounted lidars

Gregory Dudziak, Due Diligence Lead, Natural Power

Assessing the wind resource & turbine performance

PO082: Lowering the cost and improving the uncertainty of turbine performance assessment.

Guillaume Coubard-Millet, Technical Audit Engineer, WPO

Assessing the wind resource & turbine performance

PO083: Fibre Bragg Grating Based Sensors for Structural Health & Condition Monitoring of Wind Turbine Blades

Jialin Tang, Project Leader, Integrity Management Group, TWI Ltd

Assessing the wind resource & turbine performance

PO084: IEA Wind Task 32: Helping To Get the Best from Wind Lidar

Andrew Clifton, IEA Wind Task 32 Operating Agent, University of Stuttgart

Assessing the wind resource & turbine performance

PO085: Evaluation of profile assessments versus MCP correlation for 6-months wind measurements

Annette Westerhellweg, Project manager, UL International GmbH

Assessing the wind resource & turbine performance

PO088: Comparing MERRA and MERRA-2 Reanalysis Datasets with Measured Wind Data for Karachi, Pakistan

Mr. Faisal Iqbal Qureshi, B.Sc., Student, University of Engineering and Technology Lahore

Assessing the wind resource & turbine performance

PO089: Evaluation of ERA-Interim and NCEP-CFSR Reanalysis Datasets against in-situ Measured Wind Speed Data for Keti Bandar Port, Pakistan

Zia ul Rehman Tahir, University of Engineering and Technology Lahore

Assessing the wind resource & turbine performance

PO090: Comparison of Satellite Analysis and Reanalysis datasets with measured wind speed for a Wind Power Project in Jhimpir, Pakistan

Muhammad Talha Akram Pasha, Student, University of Engineering and Technology Lahore

Assessing the wind resource & turbine performance

PO091: Space-time characterization of large-scale atmospheric structures over flat terrain from lidar measurements.

Leonardo Alcayaga, PhD Student, DTU WInd Energy

Assessing the wind resource & turbine performance

PO094: Is REWS the new way of reducing uncertainty in energy estimation?

Bob Smith, Director - Operations, Technology and Future Business, Mytrah

Assessing the wind resource & turbine performance

PO095: Towards a fully automatized CFD toolchain for site assessment applications

Hassan Kassem, Research Associate, Fraunhofer IWES

Assessing the wind resource & turbine performance

PO096: IEA Wind Task 32: Best Practices for the Certification of Lidar-Assisted Control Applications

Steffen Raach, Co-founder, sowento

Assessing the wind resource & turbine performance

PO097: Evaluation of the WRF model with respect to wind in complex terrain

Kine Solbakken, PhD Student, UiT - Arctic University of Norway

Assessing the wind resource & turbine performance

PO098: WRF evaluation in a complex and flat terrain in Brazil

Prof. Dr. Júlio Passos, Federal University of Santa Catarina

Assessing the wind resource & turbine performance

PO099: Uncertainty quantification of a CFD model in complex site by cross-checking wind measurements.

Giorgio Crasto, PhD, Wind Analyst & CFD Engineer, Freelance Engineer

Assessing the wind resource & turbine performance

PO100: Suitability assessment of wind turbines - a simplified approach

Rahul Khandelwal, Msc, Associate – Micrositing, GE

Assessing the wind resource & turbine performance

PO101: Wind turbine Ice Protection Systems Benchmark Analysis

Mr Timo Karlsson, Research Scientist, VTT Technical Research Center of Finland

Assessing the wind resource & turbine performance

PO102: Design, building and Evaluation of a Savonius wind turbine

Ary Mauricio Burbano, PhD Student, Universidad de Sevilla

Developments in turbine technology

PO104: Special creeping movements of drive train components in wind power gearboxes

Andreas Maiwald, General Manager, Maiwald Engineering

Developments in turbine technology

PO105: BAtool: calculation of the load distribution and the friction torque in slewing bearings

Dr Iker Heras, PhD, Researcher, University of the Basque Country (UPV/EHU)

Developments in turbine technology

PO107: Capabilities of an optimized design process for wind turbine drive trains

Dr Thomas Rosenlöcher, Chief Engineer, Technische Universität Dresden

Developments in turbine technology

PO108: Recommended Practice DNVGL-RP-0286 “Coupled analysis of Floating wind turbines”

Ngoc-Do Nguyen, Senior Engineer, DNV GL

Developments in turbine technology

PO109: POLYCONE TOWER: reaching higher altitudes with cost effective solution

Dr. Jokin Rico Arenal, Technical Manager, Ingecid

Developments in turbine technology

PO110: Large-Scale Vertical Axis Wind Turbine Self-Starting Demonstration

Rosalie FUCHS, Test Engineer, NENUPHAR

Developments in turbine technology

PO111: Things You Should Know About Diamond-like Carbon Coatings

Prof. Dr. Esteban Broitman, Senior Scientist, SKF

Developments in turbine technology

PO112: Prediction of long-term creep behavior of blade by time-stress superposition principle(TSSP) modeling

Nadia Nosrati, research assistant, Sun Air

Developments in turbine technology

PO114: Wind turbine rotor icing detectors performance evaluation

Charles Godreau, Project Manager Research and Innovation, Nergica

Developments in turbine technology

PO115: Aerodynamic wind turbine modeling: towards reliable floating wind turbine model testing

Raúl Guanche Garcia, Head of Offshore Engineering and Renewable Group, Environmental Hydraulics Institute - IH Cantabria, Santander, Spain

Developments in turbine technology

PO116: Assessing Dynamic Cable Cross Section Stresses For Floating Offshore Wind Applications

Mr David Young, MEng, Research Engineer, ORECatapult

Developments in turbine technology

PO117: Towards a Lifetime Solution for Leading Edge Erosion

Dr Kirsten Dyer, PhD, Senior Materials Research Engineer - Blades, ORE Catapult

Developments in turbine technology

PO118: Experimental modelling of jacket scour protection systems for offshore wind

Raúl Guanche Garcia, Head of Offshore Engineering and Renewable Group, Environmental Hydraulics Institute - IH Cantabria, Santander, Spain

Developments in turbine technology

PO119: Cable Stayed Tower

Casper Lyngsø, Director, Head of Tower Engineering, Vestas

Developments in turbine technology

PO120: Computational Aerodynamic Analysis of Distinct Leading Edge Protuberances for Small Wind Turbine (SWT) Blades

Mr. Surendra Raghavendra, Junior Research Fellow, National Institute of Technology Karnataka

Developments in turbine technology

PO122: Understanding Lidar measurement availability in the context of Lidar-assisted control of wind turbines

Paul Mazoyer, Application Engineer, Leosphere

Developments in turbine technology

PO123: On the importance of blade torsion for wind turbine modelling and control design

Dr.-Ing. Mohamed Sayed, Project Engineer, MesH Engineering GmbH

Developments in turbine technology

PO124: An optimization based approach using LiDAR measurements to predict incoming wind conditions

Fabrice Guillemin, Wind turbine control project manager, IFP Energies nouvelles

Developments in turbine technology

PO125: Scanning lidar measurements on floating offshore wind turbines

Peter Clive, Senior Scientist, Wood - Clean Energy

Developments in turbine technology

PO126: Thick-Walled Austempered Ductile Iron Castings to Boost the Torque Density of Wind Turbine Gearboxes

Pasi Paakkinen, MSc, Metallurgist, Moventas Gears Oy

Developments in turbine technology

PO127: Standardization of WTG Generic Systems - AnlagenSystematik

Dr. Saed Ehsani, Senio Expert in Product and Systems, Nordex AWP

Developments in turbine technology

PO128: Gearless generator with magnets on the stator for wind turbine

Dr. Vladimir Prakht, CEO of EMACH LLC, Associate professor of Ural Federal University

Developments in turbine technology

PO129: Directional fatigue accumulation in wind turbine steel towers

René Meklenborg Miltersen Slot, Industrial PhD student, Aalborg University / EMD International A/S

Developments in turbine technology

PO130: Observability Analysis for Horizontal Axis Wind Turbines using Empirical Gramian Matrices

Bastian Ritter, Topic leader, Industrial Science GmbH

Developments in turbine technology

PO131: Numerical simulation of Monopile instakkation using 2D-Axisymmetric material point method

Dr. Ahmed Elkadi, CEng, Senior consultant, Deltares

Developments in turbine technology

PO132: Development paths for Floating Offshore Wind

Hina Varshney, Consultant, MEC Intelligence

Developments in turbine technology

PO133: Design of a modular product platform for wind energy converters

Michael Mendl-Heinisch, M.SC RWTH, Research Associate, Laboratory for Machine Tools and Production Engineering (WZL) at RWTH Aachen, Aachen, Germany

Developments in turbine technology

PO134: Composite Low Speed Shaft Coupling to Improve Drivetrain Reliability and Reduce Levelized Cost of Energy

Alexander Kari, Product Manager, Geislinger GmbH

Developments in turbine technology

PO135: Synchronous Reluctance Generator with Ferrite Magnets for Wind Turbine

Dr. Vladimir Dmitrievskii, CTO of EMACH LLC, Associate professor of Ural Federal University

Developments in turbine technology

PO136: Beyond OC5 - Further Developments in Floating Wind Turbine Modelling with Bladed

Mr Alec Beardsell, Senior Loads Analysis Engineer, DNV GL

Developments in turbine technology

PO137: High potential journal bearing concepts and bearing materials for wind turbine main gearboxes

Johannes Hölzl, Business Development Wind, Miba Gleitlager Austria GmbH

Developments in turbine technology

PO139: Turbine fatigue load reduction – how to assure it in the field?

Dr.-Ing. Christoph Heilmann, Head of R&D, BerlinWind GmbH

Developments in turbine technology

PO141: LCOE Today and Road to 2030 : Accelerating New Wind Turbine Technologies

Mr. Laurent Bonnet, MSc., Senior Technologist Consultant, A.I.R Applied Innovation & Research

Developments in turbine technology

PO142: Application of the PISA framework to the design of offshore wind turbine monopile foundations

Stavros Panagoulias, Researcher, Plaxis bv

Developments in turbine technology

PO143: Reliability assessment for floating wind turbines regarding fatigue failure

Kolja Müller, Head of Reliability Department, Institute of Machine Components / University of Stuttgart

Developments in turbine technology

PO144: Control-feasible fatigue modeling for wind-turbines

Ole Falkenberg, Research Expert, IAV GmbH

Developments in turbine technology

PO145: Key issues in the design and properties modulation of polymeric materials for rain erosion protection systems of wind turbine blades

Dr. Fernando Sánchez, PhD, Research, University CEU Cardenal Herrera

Developments in turbine technology

PO146: Machine learning in offline wind turbine controller tuning

Wouter Engels, Medior Scientist Integrator, ECN

Developments in turbine technology

PO148: Investigation of the effect of elastic blade deformations on the aerodynamic performance of large wind turbines by means of BEM and CFD

Dr. Bernhard Stoevesandt, Head of Department, Fraunhofer IWES and ForWind – University of Oldenburg

Developments in turbine technology

PO150: Commercial Value of Data Has Increased Thanks to Digitalisation

Philip Totaro, Founder & CEO, Totaro & Associates

Digitalisation

PO152: Has your power plant been hacked? How to increase your power plants' security

Mohamed Harrou, Team Leader SCADA & IT Security, BayWa r.e. Operation Services GmbH

Digitalisation

PO153: Digital convergence: the evolution of data requirements closing the loop in wind energy assessment

Peter Clive, Senior Scientist, Wood - Clean Energy

Digitalisation

PO154: Optimization of wind farms using smart fiber-optic rotor blade sensing data

Luis Vera-Tudela, Head of Wind Power Knowledge, fos4x

Digitalisation

PO164: Blockchain - What is it, and what does it do for renewables?

Ms Elaine Greig, BSc MEng CEng MBA MIET, Director, The Renewables Consulting Group

Digitalisation

PO166: Down-regulation and individual blade control as lifetime extension enablers

Vasilis Pettas, Research Assistant, Stuttgart Wind Energy / University of Stuttgart

End of life issues

PO167: Hyper-inflation of offshore wind life expectancy: walking the talk

Ragna Schmidt-Haupt, Partner, Everoze

End of life issues

PO168: Securing the Supply of Rare-Earth Elements for Nd-Fe-B Permanent Magnets in Wind Energy Applications

Jürgen Gassmann, Head of Department, Fraunhofer Project Group IWKS

End of life issues

PO169: Model Calibration of an On-shore Wind Turbine using Vibration Sensors

Fabrice Guillemin, Wind turbine control project manager, IFP Energies nouvelles

End of life issues

PO173: Can end of life mean a new beginning? Assessing the options

Emilie Reeve, Associate Director, The Renewables Consulting Group

End of life issues

PO174: Waste management in decom - Challenges and opportunities of recycling in the wind industry

Morten Dallov Ibsen, Project manager, NIRAS A/S

End of life issues

PO175: Validating An Automated Bat and Bird Mortality Monitoring System: A Case Study

Brogan Morton, Senior Product Manager, NRG Systems

Environmental impacts, social acceptance & spatial planning

PO176: Validation of Bat Deterrent Effectiveness Through Full-scale Testing on Several Wind Plants

Brogan Morton, Senior Product Manager, NRG Systems

Environmental impacts, social acceptance & spatial planning

PO177: Better business on a better planet – eliminating carbon emissions in the wind industry supply chain

Christopher Springham, Vice President, Global Communications and Sustainability, LM Wind Power - a GE Renewable Energy Business

Environmental impacts, social acceptance & spatial planning

PO179: An introduction of German wind energy planning procedures into China

Jinjin Guan, MSc., Ph.D student, Geography Institute

Environmental impacts, social acceptance & spatial planning

PO181: Landscape visual impact evaluation in ohshore wind farm planning

Jinjin Guan, MSc., Ph.D student, Geography Institute

Environmental impacts, social acceptance & spatial planning

PO182: New Markets, New Challenges – Risks on earthquakes and typhoons in Taiwan waters

Christian Apeah, Team Leader Technology, Wood Group

Environmental impacts, social acceptance & spatial planning

PO183: Offshore wind in the Baltic Sea – a study for the Baltic InteGrid project identifying the breakdown and location of 35GW by 2050

Giles Hundleby, Director, BVG Associates

Environmental impacts, social acceptance & spatial planning

PO184: Minimization of impacts of wind farms on biodiversity in Greece – A Summary of LIFE12BIO/GR/000554 project results

Eftihia Tzen, Mechanical Engineer, CEng, CENTER FOR RENEWABLE ENERGY SOURCES

Environmental impacts, social acceptance & spatial planning

PO185: Social-economic-environmental impacts of the implementation of wind farms in Brazil

Mario González, Professor, Federal University of Rio Grande of Norte

Environmental impacts, social acceptance & spatial planning

PO186: Spatial planning of wind farms in Greece: arising environmental concerns and how to tackle them

Andreas Vlamakis, senior project manager, ENTEKA SA

Environmental impacts, social acceptance & spatial planning

PO187: Use of converter slag as ballast for offshore windmills foundations

Ana-Maria Iosif, PhD, Research engineer, Global R&D, Sintering & By-Products, ArcelorMittal

Environmental impacts, social acceptance & spatial planning

PO188: Financing US$16bn of Off Shore Wind in Taiwan

Charles Yates, Managing director, CmY Consultants

Financing wind energy

PO189: FINANCING WIND POWER PROJECTS IN UKRAINE: Unveiling opportunities and challenges.

Svitlana Teush, Legal Counsel, Redcliffe Partners law firm

Financing wind energy

PO191: THE NEW SUPPORTING MECHANISM FOR WIND POWER DEPLOYMENT IN GREECE

Ioannis Anagnostopoulos, Board Member, Regulatory Authority for Energy

Financing wind energy

PO192: Wind parks as Merchant Assets? – Innovative legal risk mitigation when marketing renewable power via Corporate PPAs

Gerd Stuhlmacher, Partner, Norton Rose Fulbright LLP

Financing wind energy

PO193: How corporate PPAs mittigate electricity price risk for wind power producers

Uli Südhoff, Director Strategic Development EMEA Wind, GE Renewable Energy

Financing wind energy

PO194: Using Informed Management Decision Making to Improve Business and Safety Performance: A Work Management System Approach

Rakesh Maharaj, Technical Lead, ARMSA Consulting

Health & safety

PO195: Standardization of TP design

Wouter Haring, Head of Design Department, Geosea N.V.

Health & safety

PO196: Reporting of Hazardous situation/near miss/unsafe acts: Use of Risk Reporter

Charline D'Hoekers, HSE Manager Offshore, Senvion

Health & safety

PO197: Generation of a Quality Guideline for the Treatment of Unexploded Ordnance Faced During Offshore Wind Park Construction

Torsten Frey, Research Fellow, Institute for Infrastructure and Resources Management - Leipzig University

Health & safety

PO198: Airbag inflator technology activating Stand-Alone Fire Suppression Equipment

Emilie Ayel, Business Developer, ARIANEGROUP

Health & safety

PO198a: Dropped object prevention lessons from oil & gas

Lars Samuelsson, Manager, ABS Global Business Development, ABS

Health & safety

PO199: Floating offshore wind energy – New challenges for ports, quay sides and logistics

Dr. Pascal Sommer, Senior Consultant, 8.2 Consulting AG

Installation & Logistics

PO200: NKT Victoria: balancing vessel design and equipment philosophy - case study

Gavin Rippe, Business Director, MAATS Tech Ltd.

Installation & Logistics

PO201: Human-free offshore lifting solutions

Mareike Leimeister, Research Associate, Fraunhofer Institute for Wind Energy Systems (IWES)

Installation & Logistics

PO202: HMPE solutions in wind Energy. What are the benefits of a HMPE fiber solution compared to steel wire?

Maud Roeters, Business Development Manager, DSM Dyneema

Installation & Logistics

PO205: The Wedge connection

Jasper Winkes, Director, Fistuca BV

Installation & Logistics

PO207: The Ampelmann A400 system - Converting market demands into a flexible, Walk to Work solution

Tim Börner, Business Development Manager, Ampelmann Operations BV

Installation & Logistics

PO208: A Financial Algorithm for Computing the Levelized Cost (US$/MWh;€/MWh) of Storing Wind Power (LCOS)

Michael STAVY, MBA, CPA (inactive), Consultant, Renewable Energy Technology and Finance

Integrating wind into the energy system

PO209: Hybrid Auxiliary Power Supply System for Offshore Wind Farm

Dr. Niya Chen, Senior scientist, ABB Corporate Research

Integrating wind into the energy system

PO210: "CESAR" Project for replacing traditional power stations by wind turbines

Adrian Rapas, Inventor, Adrian Rapas, Inventor

Integrating wind into the energy system

PO211: Day ahead wind farm power production forecast using a high resolution mesoscale model and various downscaling techniques

Dr. Catherine Meissner, Software Development Manager, Windsim

Integrating wind into the energy system

PO212: "CESAR" project for the implementation of a european policy for energy integration (Energy Union) Wind Dam

Hans Guldentops, Business Developer, Adrian Rapas, Inventor

Integrating wind into the energy system

PO213: Meterological conditions that feavour wind powered heat supply

Hans Georg Beyer, Professor, University of the Faroe Islands

Integrating wind into the energy system

PO214: Fair analysis to understanding the influence of the grid’s background distortion on the wind turbine’s harmonic emission

Mohamad El Ghouti, M.Sc., Power Quality Engineer, DNV GL

Integrating wind into the energy system

PO216: Experience gained in and guidance for overvoltage ride-through testing

Robert Johnston Brown, B.E. (Hons), M.Sc., Project Manager, Power Quality, DNV GL

Integrating wind into the energy system

PO217: Technical-Economic analysis of electrical architectures for offshore wind farms

Léo Dalmar, MSc, Research Engineer, SuperGrid Institute

Integrating wind into the energy system

PO218: Dynamic Performance Improvement of Power Systems by Synchronous Condenser

Elif Inan, Network Consultant, SIEMENS AG

Integrating wind into the energy system

PO219: Large-scale wind generation simulations: From the analysis of current installations to modelling the future

Dr Matti Koivisto, Postdoc, DTU Wind Energy

Integrating wind into the energy system

PO220: A methodology for a simplified static-dynamic design of the umbilical cable for floating Offshore Renewable Energy structures

Francesco Boscolo Papo, Offshore Energy Area Researcher, Tecnalia Research & Innovation

Integrating wind into the energy system

PO221: Analyzing the effect of the sliding feed-in premium scheme to the revenues of a wind farm with the use of mesoscale data - case study of Greece

Konstantinos Loukidis, Project - Operations Manager, ENTEKA S.A.

Integrating wind into the energy system

PO222: Required Torque Gradients to test the Power Production Load Cases for Electrical Certification on the Test Bench

Abdul Baseer, M. Eng., Research Associate, Center for Wind Power Drives

Integrating wind into the energy system

PO223: Geographical optimization of renewable energy portfolios with regards to output risks in New York State independent system operator (NYISO)

Ilya Karnaukhov, Graduate Student, Columbia University

Integrating wind into the energy system

PO224: Future-proof renewables

Rob van Gerwen, Senior Consultant, DNV GL

Integrating wind into the energy system

PO225: All in one software for the FOWT farm mooring and electrical design

Matthieu Pettinotti, R&D Project Manager, EOLFI

Integrating wind into the energy system

PO226: Focus on- Compliance Monitoring!

Jenny Bünger, Dipl.-Wirt.-Ing., FGH GmbH

Integrating wind into the energy system

PO227: Reliable, greener, flexible and cost effective electrical power for offshore users

Wei He, Principal reseracher, Statoil Petroleum AS

Integrating wind into the energy system

PO228: IEA Wind Task 36 Forecasting

Gregor Giebel, Senior Scientist, DTU Wind Energy

Integrating wind into the energy system

PO229: IEC 61400-25 Wind Power Plant Communication under the aspects of cyber risks and complience to security standards

Bertram Lange, Head of Application Wind, USE 61400-25

Integrating wind into the energy system

PO230: The role of wind energy in decarbonising the European energy system with strong sector couplings

Martin Greiner, Aarhus University, Aarhus, Denmark

Integrating wind into the energy system

PO231: Blockchain – A new approach to decentralised Energy

Dirk Briese, Managing Director, wind:research

Integrating wind into the energy system

PO232: TotalControl – Advanced integrated control of large-scale wind power plants and wind turbines

Gregor Giebel, Senior Scientist, DTU Wind Energy

Integrating wind into the energy system

PO233: Concert - control and uncertainties in Real-Time power curves of offshore wind power plants

Gregor Giebel, Senior Scientist, DTU Wind Energy

Integrating wind into the energy system

PO234: Recommended Practices for wind and solar PV integration studies - IEA expert group collaboration

Dr Hannele Holttinen, Principal Scientist, VTT Technical Research Center of Finland

Integrating wind into the energy system

PO236: Set up a Control and Monitoring Room for Today’s Power Plants

Dino Esposito, Corporate Digital Strategist, BaxEnergy

Operations & maintenance

PO237: Structural Health Monitoring Used as Asset Management Tool in Offshore Wind Farms

Jens Krieger, technical director, airwerk GmbH

Operations & maintenance

PO238: Towards a Health and Usage Monitoring System for Wind Turbines

David Futter, FInstP, Product Manager, Bachman Monitoring

Operations & maintenance

PO239: Artificial Intelligence Powered "Service Train" for Offshore Blade Assessments

Anders Røpke, CEO, Wind Power Lab

Operations & maintenance

PO240: Innovative methods for wind turbine power curve upgrade assessment

Ludovico Terzi, Technology manager, Renvico srl

Operations & maintenance

PO241: Proven Offshore Wind Power Coating Solutions for newbuilding

Kent Holm, Global Wind Power Segment Manager, PPG

Operations & maintenance

PO242: What to expect in the next generation of offshore wind Operations and Maintenance (O&M)

Owen Murphy, Team Leader; Turbines, ORE Catapult

Operations & maintenance

PO243: iWindCr solution for corrosion detection and monitoring of offshore wind turbine structures

Dr Juan Ahuir-Torres, PhD, Research Associate, University of Portsmouth

Operations & maintenance

PO245: Enhancing condition monitoring: remote maintenance enables to reduce offshore wind turbine maintenance costs

Michael Slembeck, Manager Renewable Energy Global, SKF Lubrication Systems Germany GmbH

Operations & maintenance

PO246: Comparative analysis of binning and Gaussian Process based blade pitch angle curve of a wind turbine for the purpose of condition monitoring

University of Strathclyde Ravi Pandit, PhD(pursuing), PhD Student, Mrs

Operations & maintenance

PO247: Challenges on modelling more than 12.000 WTG

Ander Larrañaga, Energy Chief Business Development Officer, NEM Solutions

Operations & maintenance

PO248: Use of digital modelling for the design of power conversion systems in the wind sector

Ion Etxarri, Team Leader, R&D Wind, Ingeteam Power Technology

Operations & maintenance

PO249: What does "Big Data" mean for practical turbine availability?

Dr Fabrice Drommi, Machine Health Development, SKF

Operations & maintenance

PO250: Using UAV Imagery and Deep Learning for Wind Turbine Inspection

Dr. Thomas Bahr, Sr. Solutions Engineer Europe, Harris Geospatial Solutions

Operations & maintenance

PO252: Compact test voltage source for field diagnosis of wind turbine transformers

Tobias Miessler, Area Sales Manager, HIGHVOLT Prüftechnik Dresden GmbH

Operations & maintenance

PO253: Learning from the machine: techniques and statistical algorithms for cleaning and interrogating wind turbine SCADA data

Matthew Zhang, Specialist - Energy Resource Services, Lloyd's Register

Operations & maintenance

PO255: Inspection of Offshore Wind Turbine Rotor Blades by thermography and acoustic monitoring

Nicholas Balaresque, Managing Director, Deutsche WindGuard Engineering GmbH

Operations & maintenance

PO257: A new standard in monitoring operational wind farm performance through SCADA-integrated wind Lidar

Alex Woodward, Head of Product Development, Zephir Ltd

Operations & maintenance

PO258: Flight Phase Control Strategies for Airborne Wind Energy Systems

John Warnock, Research Assistant, University of Strathclyde

Operations & maintenance

PO259: Improved Method for Wind Turbine Main Gearbox Gear Repair

Martin McCormick, Sales Manager, REM Surface Engineering Ltd

Operations & maintenance

PO260: Fleet Level Prognosis Method for Wind Converter

Dr. Niya Chen, Senior scientist, ABB Corporate Research

Operations & maintenance

PO261: Intelligent corrosion protection systems at sea keep maintenance costs under control

Martin van Leeuwen, MSc., Manager, Technology & Market Development, International Zinc Association

Operations & maintenance

PO262: Investigating the structural behavior of wind turbines on the basis of mechanical load measurements

Dr. Anna Wegner, Research Associate, Fraunhofer-IWES

Operations & maintenance

PO263: Forecasting of atmospheric icing – validation and wind energy applications

Rolv Erlend Bredesen, Adviser, Kjeller Vindteknikk AS

Operations & maintenance

PO265: Modelling apporach of failures to improve structural health monitoring systems

Samuel Leupold, Research Associate, Chair for Wind Power Drives

Operations & maintenance

PO266: Automated operation to enhance operating wind farms profitability

Dr Alejandro Cabrera, CEO, AEE

Operations & maintenance

PO267: From Screen to Scream

Mark Spring, Principal Engineer, Renewables O&M, Lloyd's Register

Operations & maintenance

PO268: Health estimation and failure prediction of wind turbines components based on correlation changes among significant variables from SCADA data

Mattia Beretta, PhD student, UPC

Operations & maintenance

PO269: Reducing the cost of construction, operations & maintenance with real-time sea state data

Breanne Gellatly, Director of Business Development & Strategic Alliances, AXYS Technologies

Operations & maintenance

PO272: Root Cause Analysis or Why this is happening to me

Carlos Albero, Head of Section AOM, DNV GL

Operations & maintenance

PO275: Understanding structural degradation of wind turbine gearbox materials

Mr Valter Luiz Jantara Junior, BEng, Researcher, University of Birmingham

Operations & maintenance

PO276: Taking over a new site – practical considerations

Alistair Parlett, Head of Asset Management, Natural Power

Operations & maintenance

PO277: Condition monitoring of 88km long Offshore HVDC Power Cable: comparison of DTS and as built data

Etienne Rochat, Omnisens SA

Operations & maintenance

PO278: Bringing O&M in-house and achieving the goal of Condition Based Maintenance (CBM)

Giacomo Barbieri, Production Optimization Dpt., ERG

Operations & maintenance

PO280: Multi-task distribution learning approach to anomaly detection of operational states of wind turbines

Stephan Vogt, Research Assistant, Fraunhofer IEE

Operations & maintenance

PO281: Factors affecting the use of Performance Measurement Systems in wind farms Operation & Maintenance

Mario González, Professor, Federal University of Rio Grande of Norte

Operations & maintenance

PO282: O&M Cost-Based FMECA: Identification and Ranking of the Most Critical Components for 2-4 MW Geared Offshore Wind Turbines

Debora Cevasco, EngD Student, Cranfield University

Operations & maintenance

PO285: China offshore wind - a logistics perspective

Thomas Poulsen, MBA, Founder, Managing Partner, Renewable Energy Solutions

Supply chain & procurement

PO286: 1STOP BLADE improvements and maintenance

Anders Røpke, CEO, Wind Power Lab

Supply chain & procurement

PO287: Human Resource Challenges in the wind energy supply chain

Thomas Hopkinson, CEO, Taylor Hopkinson

Supply chain & procurement

PO289: Effect of electricity markt price uncertainty modelling on the profitability assessment of offshore wind energy through an integrated lifecycle techno-economic model

Anastasia Ioannou, Cranfield University

Supply chain & procurement

PO291: Sector Coupling – connecting electricity, heat and mobility

Dirk Briese, Managing Director, wind:research

Using wind to decarbonise heating, transport and other sectors

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