The project objectives are to develop and demonstrate a concept for large-scale MW electrolysers for gas turbines and synthetic fuel production for the purpose of verifying that it is possible to
In the project next generation micro combined heat and power systems is developed. The project builds on experience from the Danish Micro Combined Heat and Power project and leads to the next
The overall objective is to enable the integration of larger amounts of distributed renewable energy sources (especially wind power) in the energy systems. The specific goal is to develop an
The project will demonstrate electricity regulation and reduction of the natural gas consumption on a natural gas fired CHP-plant. This is done by implementing a solar thermal plant in combination
The aim is to develop a compact seasonal heat storage based on a salt hydrate with stable supercooling. The heat storage can be part of a solar heating system which can fully cover the yearly heat
The UpsEco is a ground-breaking, new technology that provides cleaner energy with better performance at lower costs than current technologies in a wide range of applications. The objective is to
The purpose of this project is to develop a new generation of a hydrogen-fuelled PEM-fuel-cellbased micro combined heat and power (μCHP) system, to demonstrate it in an end-user community, and to
The objective is to develop a system that permits a diesel engine to run on bio-ethanol with high efficiency and low emissions. R&D in system components, catalyst as well as fuel injection and engine
The project develops and demonstrates a new biogas infrastructure consisting of 35 km biogas grid, connectiong 5 farm biogas plants with Skjern Power Supply. This is the first stage in ''Ringkøbing
ComBigaS will develop a biogas plant where the slurry is being produced so the flow of energy is being minimized. The systems are developed with an eye to the standardization and thus facilitate makes
Based on the Stirling engine technology the goal is to demonstrate how small scale RE based CHP plants can be the solution for many small and medium sized companies to reach a more green production
A concept for energy efficient control of air-air heat pumps and electric storage water heaters with focus on indoor clima, energy savings and demand response is developed. A plug n' play-solution for
The purpose of the project is to improve the understanding of dioxin formation i WtE-boilers. The project will e.g. include investigation of the possibilities to reduce the part of ash with high
The project will develop and demonstrate a new full ceramic SOFC cell concept in a joint approach between materials and processing experts closely together with SOFC cell and stack manufacturers. The
The purpose of the project is to identify limitations of existing simulation and planning tools for distribution grids, with a particular focus on the challenges imposed by the introduction of Smart
The project has focus on spectroscopy analysis of low-molecular-weight trace gases important in biomass gasification and combustion (e.g. sulphur, PAH’s, chlorine compounds). The purpose of the
The goal of the project is to increase the efficiency and reduce emissions for engines operating on biogas and biomass producer gas. Engine operation will be characterised experimentally and
Top up funding for an EU project with European partners. The project is concerned with the details of continuous degradation of SOFC components. Models predicting degradation phenomena and their
This project aims to contribute substantially to the development of a cost effective high temperature electrolysis technology based on solid oxide electrolysis cells (SOECs). The focus will be on
IHSMAG studies the integration of households in the smart grid and develops design recommendations. The Danish part focuses on how electric vehicles are integrated into the everyday life of households