a modern library as a generator of community and sustainable future
The existing commercial building “Nama” is being transformed into a new typology of a modern public library, a low pavilion, open on all four sides, which establishes a series of public spaces and connects them with the interior and leads through all floors of the building to the roof terrace with a view of the city skyline . Ivan Tavčar’s new library thus becomes one of the important public contents along the central city axis, which connects the historical spaces and institutions of the city.
The new library follows modern approaches in the design of general libraries by creating an open public space among the treetops, which serves not only as a storage of information and a generator of content, but above all as a connector of the local community and a promoter of creative processes. With its floor plan, the building becomes a platform for local social life, connecting and intertwining learning spaces, inspiration spaces, event spaces and meeting spaces. The variety of environments creates an inclusive and flexible space for socializing and working, relaxed conversations, concentrated study, social events, lifelong education, open lectures, creative workshops …
The renovated building is a demonstration facility for a sustainable society, as the existing structure is stripped bare, surrounded by a new transparent facade membrane and presents to the public technological systems for obtaining renewable energy sources and a design that enables better microclimatic conditions. From the point of view of indicators of sustainable construction, a major contribution is the preservation of existing building structural elements. On the preserved existing reinforced concrete skeletal structure, measures are planned to improve the building’s resistance to anticipated external influences and increase seismic safety. The entire design takes into account the starting points for ecologically aware, energy-efficient and economical sustainable planning to the highest extent. The project is based on a thoughtful, compact bioclimatic design; a well-designed building envelope with which we achieve the optimal energy effect and on the production and utilization of energy from renewable sources.