Airborne Wind Energy

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Charles III University Madrid. Beyond the Sea©. Kitewinder. ENSTA Bretagne ... Uncertain. Airfoils. Sebastian Rapp. Jonas Koenemann. Hisham Eldeeb.
EU H2020 Projects AWESCO & REACH Advancing Airborne Wind Energy Technologies by Systematic Research and Development

Roland Schmehl

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Outline • • • •

Context and objective Doctoral training network AWESCO Fast Track to Innovation project REACH Lessons learned

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Number of institutions

Technology development since 2000

Year

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AWE R&D 2017

NLR ECN Aenarete Ampyx Power Kitepower TU Delft KU Leuven Grenoble INP Kite Power Systems University of Limerick ENSTA Bretagne Kitewinder Beyond the Sea© Charles III University Madrid Omnidea Upwind University of Victoria eWind Solutions Oregon State University Sky WindPower Makani / X Stanford University AirLoom Energy UNC Charlotte WindLift University of Delaware Worchester Polytechnic Institute Altaeros Energies

E-Kite Xsens Kitemill DTU-Wind KiteX Fraunhofer IWES SkySails Power Anurac Chalmers University EnerKíte TU Berlin Skypoint-e TU Munich University of Freiburg ABB Corporate Research University of Applied Sciences of Northwest Switzerland TwingTec ETH Zurich EPFL Skypull University of Zagreb Politecnico Torino Scuola Superiore Sant'Anna KiteGen Kitenergy

UF Santa Catarina

TMIT Kyushu University Guangdong HAWP Technology Altitude Energy RMIT University

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Objective • Role of public R&D funding

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Current EU H2020 funding ●

AWESCO, H2020-ITN-642682:

€3,400,000



REACH, H2020-FTIPilot-691173:

€3,665,744



AMPYXAP3, H2020-SMEINST-2-666793:

€3,701,937



EK200-AWESOME, H2020-SMEINST-1-736399: €71,429



NextWind, H2020-SMEINST-1-774974:



TwingPower, Eurostars-11105:

€71,429 €1,504,180

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Airborne Wind Energy System Modelling, Control & Optimisation

• Marie Skłodowska-Curie Initial Training Network ●

4 work packages focussing on scientific challenges: –

Modelling and Simulation (WP lead: TUD)



System Design and Optimisation (WP lead: ALU-FR)



Sensors and Estimation (WP lead: Xsens)



Control Systems (WP lead: TUM)

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Airborne Wind Energy System Modelling, Control & Optimisation





14 PhD projects, all contributing to relevant questions of industry 4 PhD projects supervised by TU Delft



10 EU-funded partners



2 CH-funded partners



3.4 M€ total budget (2015-18)

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Thomas Haas

Fluid Dynamics

Mikko Folkersma Paul Thedens

FluidStructure Interaction

Structural Dynamics

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Rachel Leuthold

Shape & Topology Optimisation

Ashwin Candade Mahdi Ebrahimi Salari

MultiDisciplinary Optimisation

Ground Station Design & Operation

Elena Malz

ElectroMechanical & Grid Interaction

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Andrea Zanelli

Fault Identification & Handling

Peter Listov

Orbit Control & Estimation

Fabian Girrbach

State & Parameters Estimation

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Hisham Eldeeb

Electrical Drive System

Jonas Koenemann Sebastian Rapp

Horizontal Launching & Landing

Vertical Launching & Landing

Eva Ahbe

Dynamically Uncertain Airfoils

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Airborne Wind Energy System Modelling, Control & Optimisation

• Active partner organisations –

Kitemill (Norway)



University of Victoria (Canada)



Kitepower (Netherlands)



Skysails Power (Germany)



Kiteswarms (UK & Germany)

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• • • • • • • •

Fast Track to Innovation Launched end 2015 Call: H2020-FTIPilot-2015-1 Coordinator: TU Delft Startup: Enevate BV Partners: Dromec, Maxon Motor, Genetrix Commercial development of 100 kW system 3.7 M€ total budget (2016-19)

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airborne wind energy

kitepower

maxon motor

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20 kW technology demonstrator Sensor Unit

Wind Meter

Traction Tether

Battery Module

Kite Control Unit

Kite

Bridle Line System

Drum/Generator Control Module Center

Power Electronics

Airborne Components Ground Station

Launch Mast