Sustainable Hothouse

Sustainable Hothouse
© Quintin Lake

SUSTAINABLE HOTHOUSE

C.F. Møller Architects

LOCATION
Aarhus, Denmark

CATEGORY
Educational Architecture

AREA
3300 m²

YEAR
2012

ENGINEERING
Søren Jensen Rådgivende Ingeniører

LANDSCAPE
C.F. Møller Architects

C. F. Møller Architects, in co-operation with Søren Jensen Rådgivende Ingeniørfirma, has won the architectural competition for a new hothouse in Aarhus Botanic Garden.

Sustainable design, new materials and advanced computer technology went into the creation of the hothouse's organic form.

Sustainable Hothouse
© Julian Weyer
Sustainable Hothouse
© Quintin Lake

The snail-shaped hothouse in the Botanic Garden in Aarhus is a national icon in hothouse architecture. It was designed in 1969 by C. F. Møller Architects, and is well adapted to its surroundings.

Accordingly, it was important to bear the existing architectural values in mind when designing the new hothouse.

Sustainable Hothouse
© Quintin Lake
Sustainable Hothouse
© Quintin Lake

"The competition sought an independent and distinctive new palm house, but it was essential for us to ensure that the new building would function well in interplay with the old one," says Tom Danielsen, architect and partner with C. F. Møller Architects.

The organic form and the large volume, in which the public can go exploring among the tree-tops, present botany and a journey through the different climate zones in a way which will make the new hothouse in Aarhus a future attraction in a pan-European class in hothouse architecture.

Sustainable Hothouse
© Julian Weyer
Sustainable Hothouse
© Quintin Lake
Sustainable Hothouse
© Quintin Lake

 ENERGY DESIGN

The design of the new hothouse is based on energy-conserving design solutions and on a knowledge of materials, indoor climate and technology.

Using advanced calculations, the architects and engineers have optimised their way to the building's structure, ensuring that its form and energy consumption interact in the best possible manner and make optimal use of sunlight.

Sustainable Hothouse
© Quintin Lake
Sustainable Hothouse
© Julian Weyer

The domed shape and the building's orientation in relation to the points of the compass have been chosen because this precise format gives the smallest surface area coupled with the largest volume, as well as the best possible sunlight incidence in winter, and the least possible in summer.

 BOTANICAL KNOWLEDGE CENTRE

The total project also includes a comprehensive restoration of the old hothouse, in which the palm house will become a new botanical knowledge centre aimed at the general public, at the same time as the complex is extended with the new tropical hothouse. The project will be completed in 2013.

Sustainable Hothouse
© Julian Weyer


Sustainable Hothouse
© Julian Weyer
Sustainable Hothouse
© Quintin Lake
Sustainable Hothouse
© Julian Weyer
Sustainable Hothouse
© Julian Weyer
Sustainable Hothouse
© Quintin Lake
Sustainable Hothouse
© Julian Weyer
Sustainable Hothouse
© Quintin Lake
Sustainable Hothouse
© Quintin Lake
Sustainable Hothouse
© Quintin Lake
Sustainable Hothouse
© Quintin Lake
Sustainable Hothouse
© Julian Weyer
Sustainable Hothouse
© Julian Weyer


Sustainable Hothouse
South Elevation
Sustainable Hothouse
West Elevation
Sustainable Hothouse
East Elevation
Sustainable Hothouse
North Elevation


Sustainable Hothouse
Plan Diagram 1
Sustainable Hothouse
Plan Diagram 2
Sustainable Hothouse
Plan Diagram 3
Sustainable Hothouse
Plan Diagram 4
Sustainable Hothouse
Roof Plan
Sustainable Hothouse
Floor Plan


Sustainable Hothouse
Partial Section
Sustainable Hothouse
Palmhouse Section
Sustainable Hothouse
Cross Section


Sustainable Hothouse
Diagram 1
Sustainable Hothouse
Diagram 2
Sustainable Hothouse
Diagram 3


Sustainable Hothouse
Parametric Diagram
Sustainable Hothouse
Exploded Axonometric