The overall objective of the project is to develop a cost-efficient Lidar wind sensor to be integrated on individual wind turbine in order to maximize power production and minimize dynamic load on the
The original EUDP grant included support for the Danish participation in Task 41 participation in the 3-year project was more extensive than expected, as Denmark was responsible for Sub Task C
Implementation of 10,600 m2 solar collectors, 19,000 m3 borehole storage and a heat pump to supply the existing combined heat and power plant in Brædstrup, Denmark
The purpose is to develop and demonstrate methods for cableinstallation, which via improved cable
fabrication and installation can reduce costs for installation of array-, infield- and export cables
To develop and demonstrate the value of a yaw control kit for wind turbines, which continuously measures
the wind direction in front of a wind turbine and subsequently turns the turbine almost
To develop and demonstrate a new solar energy prognosis for any location in Northern Europe for the coming 48 hours, based on the
newest DMI forecasts of direct and diffuse solar radiation. ”Solar PV
To develop and test a market based smart city energy management platform using Kalundborg as fullscale
demo. Grid-responsive energy services are aligned with intelligent grid operations and dynamic
To develop, prepare for market and demonstrate an applicable method for regaining operational life of
installed wind turbine blades with structural defects based on Bladena’s patented technologies for
To improve the efficiency of wind turbine and wind turbine farms using synchronized sensors on wind
turbines, their wings, and in wind fields. The technology is used in development, test, modeling
The project aims to develop an energy-cost-effective artificial light management system, which optimizes
plant growth in relation to energy costs and also integrates greenhouse horticulture with the
It is the goal of the PowerPipe project to develop a hybrid solar panel that will integrate the properties of
solar panels and solar cells in the same unit and thereby be able to supply a household
The main objective is to enable the Danish participation in a newly started project within the framework of the IEA- programme on solar heating and cooling. The title of the new task is Task 44
The purpose is to obtain a better understanding of the distribution of sunlight through time and space. Also, the project is aimed at improving forecast of the potentially available solar energy.
Based on participation in the IEA Annex 29 Mexnext II, the objective is to validate and improve a number of different aerodynamic and aeroelastic numemrical models used by both research institutions
The objective is to demonstrate, that silicon purified with a new chemical method can be used for manufacturing of solar cells. A research lab with special purpose equipment dedicated this
The aim of the project is to innovative refine an own financed CSP prototype system to a stage of commercialization, and to demonstrate the technological, economic and environmental advancement, which