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1999 - Mont-Cenis Academy

Location: Herne (D)
Construction type: New
Architect: Jourda e Perraudin
Year of construction: 1999
Building typology: Administrative
Building skin application: Warm facade + Canopy
PV module: Monocrystalline and multicrystalline cells
Orientation: South West
Tilt angle: 90°+ 0°
PV surface: 10500 m²
Nominal power: 1000 kWp
Energy production: 650000 kWh/yr
Final yield: 650 kWh/kWp
Active solar ratio: 25-75%

The Mont-Cenis glazed shell accommodates a “building within building” with a length of 180 m, a width of 72 m and a height of 16 m. The construction consists of a wooden frame construction covered, for a total of 20,640 m², by glass that is inserted into an aluminum frame.
The facades and the roof, for a total of 10,500 m², are fitted with solar cells (peak power of about 1 MW) allowing that all areas in the interior open spaces and inside the buildings are optimally lit and shaded. For this purpose, solar modules with lighting densities between 53 and 93 % (output 190 to 420 Wp) were used. The solar field also supplies the necessary shade for the hall. Light reflectors in front of the windows of the inside houses intensify the supply of daylight to the rear areas.

SOLAR ARCHITECTURE

Energy and architectural concept – Energy optimized
– Maximum power
– Partially adapted to building skin
– Roof
– Partially adapted to building skin
– Facade
– Total building skin
Energy and architectural language – Evident emphasized PV – Low recognizable PV – Hidden PV Mimicry

SOLAR AND BUILDING SKIN

Standardization vs customization – Standard PV components – Low customized components – Highly customized components
Building skin technology – Roof added system – Facade added system – Roof integrated system – Facade integrated system

SOLAR AND BUILDING ENERGY CONCEPT

Solar and building energy efficiency – No special energy target – Standard energy target – (state of art, normative) – High energy efficiency – (Passive-house, n-ZEB, PEB)
New building or refurbishment – New building – Refurbishment (ordinary building)

SOLAR AND URBAN CONTEXT

Solar and urban density – Low-density building – Medium-density urban context – High-density urban context
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General view. Credits: Schlaich Bergermann Partner
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Roof with solar panels. Credits: Schlaich Bergermann Partner
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Interior. Credits: Schlaich Bergermann Partner
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Roof with solar panels. Credits: akademie-mont-cenis.de