The consortium will improve the energy collectors and energy efficiency on the most weight and cost-efficient wave energy system currently in development. The EUDP project targets the primary CAPEX
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
This project will strengthen the Danish participation in the IEA PVPS task 15: Enabling Framework for the Acceleration of BIPV & Fase 2, 2020-2023, where DTU Fotonik wants to participate in the
The project aims to build up a Danish stakeholder network in the area of wind turbine blade recycling, ensuring integration of specific interests and knowledge
The aim of the project is to develop and demonstrate an interlayer foil based on structural colors for making an efficient, cost effective and angle independent way of coloring PV panels for building
The purpose of the AQUADA-GO project is to develop a methodology for automated, noncontact, near real-time blade damage detection and risk evaluation in a single step using thermography and computer
The project objective is to increase the uptime of wind turbines by reducing the number of un-planned stops and service due to hydraulic pitch system faults. By gaining a better understanding of the
The project aims to develop and demonstrate a novel type of prefabricated standard building elements called “iTB” or “integrated Triple energy Building elements” for the building industry. These iTB
The OptiCore Platform project targets development and prototype demonstration of a new digital design platform for optimized core kits for wind turbine blades. The overall project objective and
The purpose of this project is to implement the next phase in the Exowave strategy, which is to be able to establish a 250 MW wave power plant together with an offshore wind farm before 2030 in Danish
The purpose of this project is to make Crestwing completely ready for its first commercially viable device. With the final demonstration of Crestwing’s 30-meter, 65 tons prototype “Tordenskiold”, the
Renewable energy, including the wind industry, is a key to a fossil-fuel-free future. For industries such as wind turbine manufacturers and their sub-suppliers, testing is an essential part of