Competition LEW-Areal
With the new LEW area, the city of Neu-Ulm intends to build an ambitious building complex that combines the functions of a city library, public space, gastronomy with living and working. Our design tries to negotiate both public and private interests and to do justice to it through a differentiated and characteristic architecture.
Public Exterior- and Interiorspace
The intended mix of uses clearly illustrates the public claim of the project. Accordingly, the positioning of the new city library, the quality and conciseness of the public space, as well as the location of the gastronomy play a central role in the conception of the design.
Urban Spatial Structure
The building size and height correspond to the central location and the public importance of the new building complex, which will perform a social task as an integrative place for all social classes and as a low-threshold educational institution..
The new City Library Ulm
With the new building of the city library in the base zone, an important public institution is positioned at Heiner-Metzger-Platz, which is being expanded with the new building. The concept of the new Ulm City Library sees the library as a public space, as a place of learning and meeting. Accordingly, the space flows smoothly into the lounge areas of the library and connects the adjoining outdoor spaces with one another. The library interior is organized in such a way that the needs of the various user groups are taken into account and creates separate areas adapted to the noise level.
Energy- and Climate Concept
The aim is to optimize visual and thermal comfort while reducing the primary energy requirement at the same time. A minimized primary energy standard is achieved through a combination of sustainable raw materials, appropriate insulation standards, and thus a robust construction and maximum regenerative energy generation. To reduce investment and operating costs, the aim is to minimize building technology and maximize passive use.
- Optimization of thermal and visual comfort
- Transparent surfaces consist of triple thermal insulation glass with maximum light transparency and efficient, movable sun protection
- Use of natural resources
- Minimization of the necessary equipment
- Substitution of fossil fuels with renewable energies
Facade
Kathrin Aste, Frank Ludin, Daniel Luckeneder, Simon Benedikt, Luis Navarro, Julian Fahrenkamp, Oliver Hamedinger, Catalina Tripolt, Tobias Dorsch