House S. Allgäu

In Bavaria, this detached house by Cama Architektur was made with traditional building systems, with no cellar and with a structure in insulating blockwork, managing to achieve low power consumption.

The house was constructed on a sloping site on the edge of a newly developed estate in Bad Wörishofen, Bavaria.

Although the site chosen is awkwardly shaped, it benefits from an established context on the edge of the estate with adjacent fine mature trees. The difficult situation in new estates – building sites, absence of established context, new-build next to new-build – was avoided.

The house was conceived for a 4 person family. The communal spaces – lobby, kitchen/dining room, living room, study, guest bathroom and storage/utility room – are situated on the ground floor. The large double garage is accessed directly from the house. The entrance lobby enables the house to be crossed from east to west, from the street via the front garden to the rear west-facing garden. The private spaces on the upper floor – master bedroom with changing area and bathroom, and 2 identical childrens’ rooms for the twins – are reached from the lobby via an open stair. Built-in furniture provides adequate storage space on both levels.

The energy strategy consists of the primary energy sources – a combination of a solid-fuel stove (wood burning) with thermal recovery system and solar hot water panels on the roof – and a secondary energy source – gas boiler – that only operates when required. The total energy requirement of the house is about 33 kWh/mq. A low temperature under-floor heating system heats the whole building along with the stove in the living room.

House S. Allgäu, Bad Wörishofen, Unterlagen, Bavaria, Germany
Program : single-family house
Architects : Cama Architektur
Area : 344 sqm
Completion : 2015

Domus

House S. Allgäu

In Bavaria, this detached house by Cama Architektur was made with traditional building systems, with no cellar and with a structure in insulating blockwork, managing to achieve low power consumption.

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