The aim of the project is to develop, demonstrate and commercialize new competitive building systems for commercial buildings based on the concept of combining concrete building components with thin
The proposed EUDP project will be realised as a new initiative based on results from the ongoing EUDP project “Low cost PV roof as a complete climate shield”, with the aim to develop a “Low cost
The project aims to develop and demonstrate a control strategy and a web-based control for optimal interaction between the solar collectors, solar cells, energy storage, heat pump and the building's
To learn how to build the hybrid UHPC tower in praxis and prepare the technology for commercialization. Further development to up-scale the towers to larger heights, to make the towers entirely from
Task 35 will focus on wind turbine blade and drive train testing and assess their performance and failure criteria in different operating scenarios. The subtasks are: l) Relevant wind turbine
The objective of this proof of concept project is to investigate the WaveSpring technology and how it can benefit wave energy converters (WECs). It is expected that the results from the project will
Our objective is to demonstrate an efficient, rugged, low-cost lidar for wind turbine blade pitch control. The new sensor will monitor the wind in front of the turbine using 4 lines-of-sight. This
The project extends DTU contribution in the FP7-project 'ELECTRARES´ connected at all voltage levels requires new approaches for control coordinating millions of devices. The project establishes
The purpose of the project is to investigate the future testing strategies for the leading wind turbine manufacturer, to design, develop, assemble and demonstrate the future testing facility to
The objective is to test and demonstrate technically a real smart grid case with limited power capacity on a single radial, mix load and charging of several EV's. The case is selected such that the
The objectives of the project are to design, test and develop cost efficient mooring solutions for large floating wave energy converters (WECs) and to build national competences in design and
Danish participation in the economic impact assessment of E-mobility under the IEA. Each country collects E-mobility economic data in a country report. These are used to conduct a common benchmarking
In this project Danish and Swedish partners possess complementing technologies comprising the whole Chain leading to 2. generation bioethanol production. The project aims in demonstration scale to
The project develops international state of the art knowledge on energy technology policies, strategies and mechanisms and thereby contributes to the Danish knowledge base on energy technology
The aim is to develop solutions that include holistic exergy principles applied on a community level. Different types of supply systems require different supply temperatures. To obtain the maximum
For energy efficient buildings or districts to reach their full potential, the issue of integrating energy storage and optimising its operation must be properly addressed. Therefore, there is a need
Gas from biomass gasifiers contains a significant amount of hydrogen sulfide that must be removed if the gas is to be converted to e.g. synthetic fuels. The purpose of this project is to remove the
The goalt is to design, build and test new bottle coolers, which can fulfil the criteria of qualifying the best energy class in the new draft EU energy labelling scheme. The draft scheme requires 30%