The purpose of the project was to create 3 architectural well functioning PV retrofit low-cost solutions. This was done in collaboration with well-known and estimated architect firms and Danish
The aim is to have influence on the IEA implementing agreement IEA Energy Technology Data Exchange (ETDE) through participation in ETDE's executive committee and in ETDE's technical working group.
A core group of Danish researchers and industrial companies has establised considerable know-how in the gasification field with the aim of producing gasifiers for CHP purposes. In France a similar
In recent years, focus on rural CHP plants and their financial difficulties and problems concerning i.a. electricity overflow has led to a number of different measures that should be able to
The aim of this project is to contribute to the development of a new generation of grate fired straw plants that comply with stringent emission regulations and offer stable operation as well as
The aim is to disseminate information about Danish energy research and development and its results both nationally and internationally. Furthermore, it is the aim to give Danish institutions, industry
In the EU subsidised project, under the Fifth Framework Programme, a gasification plant was established in Gjøl based on TK Energi’s staged gasification technology.
The project aimed to evaluate a waste gasification facility concept and plan selected components for a pilot facility. The project constructed a horizontal facility in which fuel and oxygen are
For at reducere CO2 udslip har den danske regering besluttet at fra 2010 skal 29% af al strøm leveres fra alternative energikilder. Vindenergi indgår som et væsentligt led i opnåelsen af dette mål
The project, 'Transparent PV modules - shading devices of the future' is based on the vision of a shading device which is energy producing, sun shading and transparent. This solar cell can be achieved
The objective of this project was to investigate and increase dark fermentative hydrogen production from organic wastes by optimizing important process parameters (reactor type, pH, temperature
Organic solar cells hold promise as a sustainable energy source and for energy cost reduction. They represent a cost-efficient alternative to silicon-based cells. However, current technologies still