Sumit Singhal loves modern architecture. He comes from a family of builders who have built more than 20 projects in the last ten years near Delhi in India. He has recently started writing about the architectural projects that catch his imagination.
Dunajski Kristali in Ljubljana, Slovenia by APLAN
February 8th, 2012 by Sumit Singhal
Article source: APLAN
Following the Competition at the end of 2006, the investor MABRA engineering entrusted the author of the winning elaborate, Lečnik Darko, with the planning of the project, who, along with his team APLAN d.o.o. and colleague Rafael Draksler with the team ARHITEKA d.o.o., began drawing up projects for the business and residential facility DUNAJSKI KRISTALI.
The business and residential complex is located in the most attractive location for business and residential activity in the city. The crossroads of the city entrance road Dunajska and city ring road provides the best possible connection to all directions leading in and out of the city. The city entrance road is going through a transformation with suburban architecture enabling way to new business, hotel and residential complexes, giving the road an entirely new look.
The design of the disposition of buildings comprises spaces between the objects in the direction of the Sava River. It follows the principle of a proper urban network, installed in space so as to take advantage of the quality views for all housing facilities as well as the business section of the newly constructed area.
Parallel cubes comprising business stories are located above the ground floor along the service road, continuing the pattern of the southern bypass buildings planning scheme and at the same time, defining further residential expansion to the north. The planning growth principle for the northern side of the city has thereby been transferred to the other side of the bypass, representing continuity and, at the same time, the end of the city.
The residential buildings located behind the ground floor of the business building are thus protected from emissions from the bypass road with noise from roads rebounding from the smooth, glass transversal facades of the higher business facilities and spreading towards the residential apartments by interference. The solution comprises nets used on the facades of commercial buildings which disperse noise and protect the glass parts of the facade against direct sunlight. The residential buildings have south-oriented glass walls for solar heating in the winter. The glass walls are covered with shutters in the summer.
As regards traffic, all external surfaces are intended for pedestrians only. Only emergency vehicles have access to the front entrance. Municipal waste is collected in a designated space along the main promenade area by communal workers. Delivery to business premises and bars or stores is implemented underground in the garage areas. The majority of parking places are located on the underground floors. The entire business section with a gross area of buildings on the service road of 19,000 m2 has 550 parking spaces while the residential area comprising 100 residential units has 275 parking spaces available.
The consistent design following the principle that traffic is not a part of the exterior disposition and that it must stay at the level of underground garage ensures the quality of residential space, both in terms of reduced impact of emissions and noise. Given the location alongside the bypass one would expect greater saturation with emissions, but in reality the residential part is less exposed to noise because it is protected by the business part with its grandeur and mass alone and with several innovative solutions, such as net-like sun breakers which contribute significantly to reducing reverberation.
The urban layout of the objects in space also exploits orientation, which is especially important for economical functioning and rational use of energy.
The buildings are west-east orientated. Vedutas are envisaged to the north while the south side is glazed and on sunny winter days, offers additional heating – through active solar power. In summer, the glass surface is protected against the strong sun with movable shutters to prevent overheating of the premises.