Residential Kugelmanngasse

In the new district area in Vienna's 23rd district, 49 privately financed condominiums were built with building component activation. The developer is using this energy-efficient system for the first time and is enthusiastic about the cost-effectiveness and simplicity of the system.

Building owner

Mischek Bauträger Service GmbH

Finalization

2019

Architecture
Construction company
Heating demand

28 kWh/m²a

Durch Zweige im Vordergrund ist im Hintergrund das beige Gebäude mit seinen schwarzen Fensterrahmen und Balkongeländern zu sehen.
Eva Kelety
Thermal activated building
Thermal activated building
Energy efficiency
Energy efficiency
Heating + Cooling
Heating + Cooling
Storage mass
Storage mass

The Kugelmanngasse residential building is located on the edge of the generous city district expansion in the 23rd district. Where fields and industry used to be located, a new urban quarter with around 2,000 apartments is being built at a rapid pace, close to the subway and surrounded by numerous nature recreation areas. With the residential building, Mischek ventured for the first time over an energy system with component activation; all ceilings were equipped with pipes for heating and cooling.

The 49 privately financed condominiums, in the midst of green parks between the private Schlossgarten and the new Muliarplatz in Liesing, offer a choice of versatile floor plans ranging from two to five rooms. Whether loggia, balcony or private garden, all residential units have open spaces. There is a communal sun deck, which invites you to relax on warm sunny days, a community room and a herb garden. Directly in front of the residential building, the 3,000-square-meter Muliarpark was built, which offers children as well as young people plenty of space for outdoor exercise.

In addition to thermal component activation, natural energy sources such as geothermal energy are used. The concrete mass is used as heat storage and heating surface. High comfort due to the uniform heat distribution as well as large-area radiant heat, low operating costs, no radiators and high comfort due to draught-free (no air circulation). The heat delivery system works via underfloor heating, with component activation and towel radiators in the bathroom of each of the apartments. Each apartment has extra room controllers, there is one reference sensor per occupancy unit. The system was built in change-over operation.

(Text: Gisela Gary; Z+B magazine; in shortened form)

Im Vordergrund ein kleiner Park mit angelegten Wegen und jungen Bäumen. IM Hintergrund das Gebäude mit seiner gelblichen und teilweise weißen Fassade und Flachdach
Eva Kelety
Der Eingang des Gebäudes mit großem Briefkasten in anthrazit in einer beigen Außenwand. Daneben die Haustüre, verglast.
Eva Kelety
Zu sehen sind Schlauchleitungen, die in die Beton-Schalung eingelegt sind. Foto aus der Bauphase. Im Hintergrund sind die Rohbauwände aus Beton zu sehen
Eva Kelety
Das Treppenhaus mit seinem rechteckigen Treppenauge wird von unten nsenkrecht nach oben fotografiert. weiße Treppenunterseiten und graue Geländer sind zu sehen
Eva Kelety