Building on the results achieved in a first EUDP project, the purpose of this project is to finalise the development and testing of the technologies needed to produce extra – tall 3D printed wind
Power Curve, the Technical University of Denmark and Statkraft collaborate in order to develop a trailing edge serration product for wind turbine blades that offers increased noise reduction fea-tures
The purpose of the Thunderbolt project is to be able to deliver a fully commercialized service on subscription to the wind energy market after successful project execution, making it possible to
The project is dedicated to enhancing the efficiency and cost-effectiveness of foundation design for offshore structures such as windfarms and energy islands. The envisioned solution involves the
The project allows Floating Power Plant (FPP) to optimise and further develop novel floating wind concepts. The output will be three large demonstration activities and six innovations, including a
Silver's use in PV cell metallization is contributing to a future silver shortage, hence necessitating a shift towards alternatives like copper. However, copper plating presents challenges including
Aeromine is a novel, building integrated windenergy system intended to compete with or supplement industrial rooftop solar PV. The EUDP project will improve the understanding of- and demonstrate how
Formålet med projektet er, at have mere pålidelige WTG-vinger i drift med forlænget levetid, sænke OPEX og optimere AEP, gennem anvendelsen af en risikobaseret tilgang. Hvis vingerne kan forblive i
The focus of this effort is the reduction of uncertainties in offshore wind turbine design, by complete measurement of the effects of interactions of a modern turbine structure (located on the Walney
The objective of the Light Rotor project is to develop the basis for design of wind turbine blades for use on the order of 10MW rotors with lower weight, tailored aeroelastic response and optimized
The purpose is to develop and validate computer codes related to response simulation on offshore wind turbines and their substructures. It is carried out within the framework of lEA Annex 30
We will develop a complete residential PV system for grid connection, all in one 230 V AC, 50 Hz, 270-350 W module, with substantial testing to realize a system with the required performance of more
Megavind continues to support and consolidate the stronghold of the Danish wind industry through a focused and strategic vector apporach to validation, demonstration, research and education. Megavid
The objective of this project was to initiate a new IEA-SHC task for large scale solar heating systems. The aim of the task is to exchange experiences concerning large scale solar heating systems and
Danish lead in new IEA-SHC task for large solar heating systems. - Optimise large scale solar heating systems - focus on design and operation of combined systems including heat pumps and seasonal
The project shall demonstrate a heat pump seasonal storage connected to the upcoming 35.000 m2 solar plant in relation to Donninglund Fjernvarme. EUDP has in 2009 granted 12. mio. kr. to the project
The overall objective of the project is to develop a prototype trailing edge flap system for a wind turbine blade. From its present stage of proven functionality under laboratory conditions it is
The objective of this project is to model and explore the influence of atmospheric stability conditions on structural loading and production losses of wind turbines operating in wind farm conditions
The purpose of the project is to introduce and implement a new dynamic data analysis method, DDA, in the Danish wind industry. This method is based on fast measured data rather than traditional 10min
The main objective is to enable the Danish participation in a newly started project within the framework of the IEA-SHC programme (solar heating and cooling). The title of the new task is Task 44