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HIGH SCHOOL IN PRADES - FRANCE
Make it yours
+0.00 = 349.16 NGF
+3.35 = 352.51 NGF
+6.70 = 355.86 NGF
+10.05 = 359.21 NGF
+13.40 = 362.56 NGF
+16.50 = 365.66 NGF
+19.26 = 368.42 NGF
-0.69 = 348.47 NGF
+1.67 = 350.83 NGF
+5.02 = 354.18 NGF
+8.37 = 357.53 NGF
+11.72 = 360.88NGF
+16.40 = 365.56NGF
+17.04= 366.20 NGF
-2.84 = 346.32 NGF -2.84 = 346.32 NGF
19,2
3
17,0
2
0,11
4,67
0,32
3,01
0,35
3,00
0,35
2,99
0,35
2,01
2,01
0,61
0,11
0,45
0,05
2,50
0,12
0,68
0,05
2,50
0,09
0,71
0,05
2,50
0,09
0,71
0,05
2,50
0,12
0,58
0,05
2,59
3
The boys’ boarding house is the last phase of the renovation
programme of the Charles Renouvier high school in Prades,
a town in the French Pyrenees. The programme aimed
to modernise the establishment and bring it in line with
French thermal regulation RT 2012. This long building (73
metres) has a southerly/south-westerly orientation and
previously it was directly exposed to solar radiation. The
renovation work commissioned by the Occitania Regional
Council was intended to improve the well-being of pupils
and staff, and to generate 35 to 40 % of energy savings.
Architecture firms GOTANÈGRE & VERMEERSCH and
CHAMARD & FRAUDET responded to these specifications
by recommending 820 m² of perforated and corrugated
VMZINC® panels. The VMZINC® team and installation
company COMERO followed the design team’s layout plans
to create, manufacture, fold and install the 1,136 made-
to-order parts.
HIGH SCHOOL IN PRADES CLIENT :
Occitania regional council
ARCHITECTS :
Gotanegre & Vermeersch / Chamard & Fraudet
INSTALLER :
Comero
DELIVERY OF THE BUILDING :
December 2014
VMZINC® PRODUCTS :
1,136 perforated and corrugated panels
SURFACE AREA IN ZINC :
820 m2
4
This technical, architectural zinc Mashrabiya is fixed to a metal
framework. It makes it possible to shield the glass facade and serves
several purposes:
- a protective screen, which filters some of the heat and sunlight.
Combined with external insulation (type PSE 100 mm), it optimises
thermal comfort in winter and summer, while still providing natural
light. The latter floods into the living spaces, minimizing the use of
electric lighting.
- A screen providing greater privacy in the bedrooms overlooking
the high school’s courtyard. From indoors, boarders keep their view of
the exterior without being bothered by any prying eyes.
- an elegant QUARTZ-ZINC® envelope. It gives the building rhythm
and creates constantly changing plays of shadow and light. During
the daytime, it makes the building look lightweight and dynamic. At
nightfall, it seems to disappear and partially reveal the illuminated
interior of the dormitories.
Durable, resilient and easy to maintain, zinc is particularly suited to this mountainous environment.
5
Rhythmic forms and tones
The building, which houses the
boarding accommodation, is located at
the edge of the plot. Its architectural
programme is visible on its facade: a
podium on the first two floors grouping
together new classrooms that can cater
for up to 250 people, and three upper
floors for approximately sixty rooms.
Overhanging the timber of the day
area, the QUARTZ-ZINC® skin resizes the
building in its space, giving it nuance
and momentum, and mitigating its
monolithic aspect. The folds, combined
with the coloured glass panels, create
a dual rhythm for the building. These
multicoloured “pixels” protrude
arbitrarily from the facade. They
are reflected in the zinc mesh and
create variations in intensity of light
throughout the days and seasons.
VMZINC® meets the requirements of architects seeking original solutions to give their projects a specific identity. Colours on request, made-to-order forms, perforations, embossing or dimpling, the brand provides solutions for new means of expression. It acts as a genuine partner, supporting clients and design teams to budget, test and produce the ideal solution.
Make it yours
Type 11675 mmnbr 254
Type 21675 mmnbr 256
Type 31675 mmnbr 256
Type 31675 mmnbr 254
6
Made-to-orderCreation and installation
Upstream of the project, a prototype
of the perforated and corrugated
system was produced and validated by
the two architecture firms. It features
perforations that are 5 mm in diameter
and spaced 8 mm apart, i.e. 35 %
transparency.
All the profiles were then packaged
and delivered per type of fold in order
to ensure fast, easy installation on
this 820 m² facade. Each module is
made up of four elements with specific
profiles.
They are fixed onto a metal
framework, 130 cm from the facade of
the building, using self-drilling screws
and washers at the edges of each
ribbed element.
The complete structure was designed
to guarantee resistance to winds of
over 160 kph, an asset for this high
school located in the Eastern French
Pyrenees, reputed for its Tramontana
wind!
35%transparency rate
7
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