Content
The overall research project "Energy-activated steel solutions for
climate-positive buildings", new solutions with a high
innovative character and considerable potential in terms of the energy
energy transition are being developed, investigated and evaluated. The aim is to
and application of steel as a material in the building sector as a
contribution to the energy and heat transition and to increasing
sustainability in the construction industry.
In order to structure the extensive objectives of the project, the overall
the overall project was divided into four sub-projects. In the first three
sub-projects initially address different subject areas,
under the main topic of "Energy-activated steel solutions for climate-positive buildings".
climate-positive buildings". These topics are
scientifically investigated, optimized and evaluated using real demonstrators.
evaluated using real demonstrators. In the fourth sub-project, the individual solutions developed
for energy generation from the ground and the environment, the
optimization of the building envelope, technical solutions for
energy storage and the transfer of energy to the room in a virtual building
virtual building demonstrator. In this virtual
environment, the components for energy generation (geothermal,
solar thermal energy and photovoltaics) in combination with the
energy conversion and transfer components can be tested and evaluated.
be evaluated. At the end of the project, the aim is to show how the goal of a
climate-positive building through the targeted use of steel solutions.
can be achieved.
Keywords
Bored pile
Office building
Ice storage
Energy
Hall construction
Heating and cooling ceilings
PVT colectors
Photovoltaics
Solar thermal energy
Steel construction
Steel facades