Self-sufficient House

Self-sufficient House
Courtesy of Pieter Brink

SELF-SUFFICIENT HOUSE

Pieter Brink

ARCHITECTS
Pieter Brink

AREA
250 M²

YEAR
2013

LOCATUON
Westerveld, The Netherlands

CATEGORY
Houses

Self-sufficient House
Courtesy of Pieter Brink

Text description provided by architect.

In the landscape of Holtien, near Dwingeloo in Drenthe, a self-sufficient house has been built on the banks of a former sand quarry.

Self-sufficient House
Courtesy of Pieter Brink
Self-sufficient House
Courtesy of Pieter Brink

At least it is almost self-sufficient - it is intended that in the (near) future the house will exist completely off-grid with no connection to any pipe or cable network.

Currently there is a temporary electricity connection in place, however it is anticipated that a good way to store the electricity will be adopted in the future.

Self-sufficient House
Courtesy of Pieter Brink
Self-sufficient House
Courtesy of Pieter Brink

Once a sustainable solution to this problem is worked out, the house will be disconnected from the main power grid. The rest of the house has no connection to any outside system.

It has its own private water plant. The wastewater is cleaned in a constructed wetland and then transported to the fishpond.

Self-sufficient House
Courtesy of Pieter Brink
Self-sufficient House
Courtesy of Pieter Brink

The application of sustainable technologies allows for the house to be very energy efficient. In addition, both the inside and outside are finished with many (unusual) recycled materials, highlighting how through re-use they can be of high value. A relatively small amount of new materials are used and therefore the house has a very small carbon footprint.

The house is heated with the help of 6 solar collectors, a heat pump (for cold and heat storage 150 meters underground) and a high-efficiency wood-burning fireplace that provides 1000 liters of water heating and comfort in the colder months of the year.

32 solar panels provide electricity for the house and an induction cooker is used in the kitchen. To save electricity in the winter months, there is also a high-efficiency wood-burning stove in the kitchen.

Self-sufficient House
Courtesy of Pieter Brink
Self-sufficient House
Courtesy of Pieter Brink

The timber frame wall is 35cm thick and completely insulated. The roof construction is up to 40cm thick and is also fully insulated.

The façade consists of re-used concrete tiles and the frames are finished on the outside with re-used wood sawn from scaffolding that was removed from the fish pond in front of the house. For the paving, re-used synthetic stone panels have been placed.

Self-sufficient House
Courtesy of Pieter Brink
Self-sufficient House
Courtesy of Pieter Brink

The interior also consists of recycled materials. The kitchen unit is clad with used traffic signs and the bathroom walls are partly clad with the material from a truck curtainsider. The wooden 1st floor and stairs are also made of recycled timber panels.

Self-sufficient House
Courtesy of Pieter Brink


Self-sufficient House
Courtesy of Pieter Brink
Self-sufficient House
Courtesy of Pieter Brink
Self-sufficient House
Courtesy of Pieter Brink
Self-sufficient House
Courtesy of Pieter Brink


Self-sufficient House
Northwest Elevation
Self-sufficient House
Southwest Elevation
Self-sufficient House
Northeast Elevation
Self-sufficient House
Southeast Elevation


Self-sufficient House
Section
Self-sufficient House
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Self-sufficient House
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Self-sufficient House
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Self-sufficient House
First Floor Plan
Self-sufficient House
Ground Floor Plan
Self-sufficient House
Section
Self-sufficient House
Situation