The project aims to develop a PVT module that combines insulation, solar cell and solar panel in integrated building components intended for the renovation of apartment buildings. The building
The aim of the project is to develop very large self-sustainable PV/PVT modules with associated flashings which can replace existing roofing on larger buildings such as sheds, warehouses, etc
”The New Roof” is a holistic new approach to obtain the multifunctional and energy harvesting roof for renovation and new build. It is developed in an integrated design process aiming at a market
The purpose of the project is to build a pilot installation using a new generation of ultra cost-effective solar modules – SunTubes. The pilot plant will validate the technology towards later
In AnaSTYR a tool controlling of reactors in which biogas is produced through digestion of biomass is developed. Today online control of biogas reactors is rarely used, and thus a large potential for
There is still missing affordable building integrated photovoltaic solutions that architectural adapts the traditionally Danish building´s appearance. The goal is to develop ventilated roof cassettes
The project concerns the development and demonstration of intelligent, cost-effective façade units with built-in solar cells and solar screens. Everything is made pre-fab and will be built modular and
The purpose is to develop a low-cost, high performance BIPV solution that can be tailored to unique site requirements, with focus on multi-story buildings in cities. A supplementing business model
Coordination of - and participation in: - Extended period of IEA-SHC Task 43 "Solar Rating & Certification". - Extended period of IEA-SHC Task 45 "Large Solar Heating and Cooling Systems with Heat
The aim is to develop a holistic solution for the integration of solar cells in the roof, which meets all demands for the roof structure as a whole, acts as the building envelope and is designed
The main objective of the proposed project is to pave the way for the world’s first commercial bio-refinery for production of low-sulphur bio-marine diesel propulsion fuel based on Steeper Energy's
This project aims at developing a sustainable and competitive lignocellulose based microbial oil technology for production of renewable biofuels. The project will demonstrate the production of
Nationwide observations of both indirect and direct solar irradiance will be of value for designing solar energy systems, energy optimization of buildings and architects. Currently, DMI only monitors
The project will demonstrate an innovative environmental-friendly technology for biogas upgrading. The technology uses enzyme-based biocatalysts to accelerate the CO2 absorption. The consumption of
The objective is to increase access to knowledge on thermal gasification of biomass in Denmark through participation in IEA Bioenergy Task 33 on Thermal Gasification of Biomass and through
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
The Organic Fuel Technology (OFT) process is developed to produce bio oil from organic materials like straw or organic waste, using an innovative process based on microwave enhanced catalytic
The Hydrofaction technology is a next generation hydrothermal technology that can convert low value organic feedstocks into a cyncrude with high heating value (35-39 MJ/kg), which can be used directly