Biomass dust firing constitutes a significant risk due to corrosion of boiler walls and super-heaters. The project exposed corrosion probes in Blok 2 of the Amager Power Station and Avedøre Power
The project aim was to facilitate continued technical development of biomass-fired CHP and communicate the results from the Danish biomass development programme nationally and internationally. The key
NO emission can be reduced by means of two-step combustion in a 20 kW burner firing wood, straw and natural gas. A full-scale boiler produces the highest level of NO in connection with oil firing
This project verified CFD modelling of grate-fired boilers at power stations using straw firing, viz. Ensted Power Plant and Avedøre II. The combustion process was described, and the documentation
Vanadium redox-flow batteries are one of the promising battery technologies. A 15kW/120kWh vanadium battery was installed as part of the SYSLAB facility at Risø DTU. The battery was installed in
The objective of the project is to collect knowledge and experiences with building integrated photovoltaic power systems internationally and provide a comprehensive analysis and supplementary research
The objective is to investigate and evaluate the function of an office building with extremely low energy consumption for heating. The target is 15 kWh/m2/yer, which is a reduction of 70% compared to
The objective of the project is to demonstrate the basic features of the RUF concept in order to show that the RUF technology is technically feasible in such a way that the potential energy savings
The purpose of this project was to reveal the possibilities of transport of hydrogen via the existing Danish natural gas grid. The investigation only covers the distribution grid. For this purpose, a
The goal of the project was to construct and test a 10 kW CHP (5 kWe) PEM FC generator aimed for single-family households in Denmark. Two generators, each 'half size' of the project generator goal
The PEM fuel cell car will function as a laboratory where components and modules in the future can be upgraded with improved version. Danish industry gets in this way an opportunity to develop and
The project will demonstrate the concept of application of reversible fuel cells integrated into a building, with generation of hydrogen from excess electricity from nearby renewable energy systems
The aim of this project has been to improve the energy and emission model EMMA. EMMA can be run separately or in interaction with the Danish macro econometric model ADAM.
Based on the results from the project's Part l, the purpose of project tasks described in this report was to reconfigure / update the vehicle for dynamical operation with a Danish-produced PEM fuel