Research

 
 
 

In collaboration with the Technical University of Denmark, Henning Larsen Architects has employed three industrial PhD students conducting research on sustainability and interdisciplinary co-operation. The PhD students are Masters of Engineering (energy) and develop sketching tools for designing energy-optimising buildings and quarters.

The collaboration is ground-breaking and is supported by the strategic foundation, Realdania. No previous research has been conducted on the energy-saving potential of designs.

The objective of the research is to develop a method that could give you an idea of how energy consumption changes as soon as in the idea stage of the design process. The research is conducted by looking at different parametres, for instance facade, room geometry and street width, and comparing them to local climate conditions.

The cheapest and most efficient way to create sustainable buildings is by designing buildings that use passive properties to achieve low energy consumption and a healthy indoor climate.

Henning Larsen Architects has established an internal Centre of Excellence in which the PhD research is one of the cornerstones. This means that the company’s projects have direct access to state-of-the-art research that is adapted to the very different local climate and legal conditions in all parts of the world – from Iceland to Saudi Arabia.

Hide all
Show all

Three PhD research projects

Three PhD research projects

All three research projects are connected: The city, the building and the facade, which represents the transition between the two first mentioned. By working in all three scales, the overall city strategies are connected with the city hall geometry of the building and the design, efficiency and aesthetics of the facade.  

Project 1: Integrated energy design of large buildings
The research looks at the design of future buildings and the dynamic potential that is found between climate, geometry, building condition, component and system solutions. The parametres are: Volumes and programme disposition as well as facade solutions. These will be compared with the technical solutions of the building regarding ventilation, cooling and heating.

Project 2: Integrated energy design in masterplanning
Focus is on the design of future master and city plans and their effects on the internal energy consumption of buildings. The parametres are: The structure of nature, the city and the landscape; geometry and interrelationships as well as opportunities and limitations regarding light, shade, sun and wind.

Project 3: Integrated energy design of the building envelope
The project looks at the design of future facades and their dynamic potential and impact on the resulting energy consumption of buildings. The parametres are: Daylight and solar heat, solar screening and climate-dependent control, window design, variation of degree of insulation and the connection between the system solutions of the building envelope and the building.

Contact

Arkitekt MAA, associeret og bæredygtighedsansvarlig
sik@henninglarsen.com
Phone: +45 8233 3068
download vCard