CO2 Saver House, Minimalist Green House Design by Peter Kuczia

This house is minimalist lake house style called CO2 Saver house with wood and fiber cement materials. This minimalist Single family house was designed by Peter Kuczia with 175sqm site areas, construction year at 2007.

Using untreated larch wood and black fiber cement panels to optimize solar energy gain, this lake house in Poland is a pretty good example of how to be sustainable and respectful with the environment. This sustainable house – like a chameleon – blends with its surrounding area on Laka Lake in south of Poland. Colourful planks within the timber façade reflect the tones of the rural landscape. The window reveals with fibre cement cladding, frame images of the countryside. Analogical to the most creatures, the building is outside symmetrical, although the internal zones are arranged asymmetrically according to function.

The built form is designed to optimise the absorbance of solar energy. Approximately 80% of the building envelope is facing south direction. The single storey living space on the ground floor is externally clad with untreated larch boarding. Solar energy is gained there by the set-in glazed patio. Solar collection panels are located on the roof and a photovoltaic system is planed for the future. The dark facade of the “black box” – a three storey structure clad with charcoal coloured fibre cement panels – is warmed by the sun, reducing heat loss to the environment. The passive and active solar energy concepts and a high standard of thermal insulation are enhanced by a ventilation plant with thermal recovery system. The house consumes only about 1/10 of the average energy use of the existing single-family houses in Poland.

The design of the project was determinated by the twin goals of low lifecycle costs and a reduction in construction costs. All details are simple, but well thought out. The house did not cost more than a conventional one in Poland. Cost-savings were made by the application of traditional building techniques and the use of local materials and recycled building elements.