MIPIM 2027Products & Services Priedemann Research and Development | Developing future facade solutions

Priedemann Research and Development | Developing future facade solutions

Exhibitor
Priedemann Fassadenberatung GmbH

This is where forward-looking, resource-efficient facade solutions are created to meet the challenges of the 21st century – from energy-efficient construction to BIM. Interdisciplinary research meets construction practice – current topics flow directly into real projects.

The Facade-Lab is Priedemann’s link between routine planning, research & development and knowledge transfer. Here we develop facade solutions that meet the complex challenges of the 21st century with resource-saving, forward-looking and intelligent answers.

Ever-higher demands on the performance of the facade to provide protection against heat or cold: The rapid increase in construction activity in regions with extreme climatic conditions and the simultaneous scarcity of natural resources in particular call for technically advanced solutions in the field of energy-efficient and sustainable construction. Against this background, it is becoming increasingly important to consider and develop construction projects right from the outset with regard to their entire life cycle. Digital technologies like BIM (Building Information Modelling) make an essential contribution here.

The Facade-Lab is dedicated to these challenges with its broad interdisciplinary research and development work. The close connection with our planning and construction practice constantly creates new tasks. The solutions developed in the lab can thus be put directly into practice. In addition to parametrics and digitization, current research topics include, for example, component- integrated photovoltaic thin-film modules, automated facade cleaning systems, prestressed glass supports, glazing with integrated LED conductor strands, exhaust air facades for reducing cooling and heating power, and control modules for complex facade functions.

Further reading

ADAPtive TEXtile is an autarkic operating textile sun shading solution driven by smart material Shape Memory Alloy (SMA). Two concepts Wave and Mesh enable various design and application scenarios. | © Janis Rozkalns

ADAPTEX | © Janis Rozkalns

TABSOLAR III | The TABSOLAR research project is investigating thermally activated building systems made of ultra-high-performance concrete (UHPC) for application in solar thermal building envelopes. | © Fraunhofer-Institut für Solare Energiesystem ISE

DESTINI - Visualization | The public funded research project DESTINI aims on the development of solar thermal modules with large heatpipe integrated louvres. | © Priedemann

DESTINI - Realization | The public funded research project DESTINI aims on the development of solar thermal modules with large heatpipe integrated louvres. | © Priedemann

PRÄKLIMA - demonstrator | Präklima is an innovative, self-sufficient facade system designed to maximize the energy efficiency of buildings by independently adapting to both external and internal environmental conditions. | © Priedemann

PRÄKLIMA - test room | Präklima is an innovative, self-sufficient facade system designed to maximize the energy efficiency of buildings by independently adapting to both external and internal environmental conditions. | © Priedemann

MossFacT - visualation | The MossFacT greening concept is based on the development of frame elements for ventilated rainscreen facades in which mosses are integrated by a 3D textile. | © Priedemann

MossFacT - demonstrator| The MossFacT greening concept is based on the development of frame elements for ventilated rainscreen facades in which mosses are integrated by a 3D textile. | © Priedemann

Priedemann Research and Development | Developing future facade solutions

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