Niama

  • Building Type : Collective housing < 50m
  • Construction Year : 2014
  • Delivery year : 2014
  • Address 1 - street : Ravine Blanche 97410 SAINT PIERRE, LA RéUNION, France
  • Climate zone : [Aw] Tropical Wet & Dry with dry winter.

  • Net Floor Area : 1 695 m2
  • Construction/refurbishment cost : 2 450 000 €
  • Cost/m2 : 1445.43 €/m2
  • Primary energy need :
    100 kWhep/m2.an
    (Calculation method : )
Energy consumption
Economical buildingBuilding
< 50A
A
51 à 90B
B
91 à 150C
C
151 à 230D
D
231 à 330E
E
331 à 450F
F
> 450G
G
Energy-intensive building

​Located in the neighbourhood of ‘Ravine Blanche’, in Saint-Pierre, Niama is a social housing operation that includes 19 units. The building is closed to a new urban park, both part of an urban renewal program that aims at restructuring the neighborhood and connecting it to the city center. Ravine Blanche is the only neighborhood that awarded the french 'EcoQuartier' certification in the tropics among 32 other projects in 2013. This existing neighbourhood already received in 2010 a local distinction for its innovative approach.

The building includes passive features such as cross natural ventilation and solar shading devices so as to enhance thermal comfort while reducing energy consumption.

See more details about this project

 http://www.smartweb.re/envirobat/files/fiches_envirobat_reunion/logements/FICHE_ENVIROBAT_REUNION_NIAMA.pdf

Data reliability

Self-declared

Stakeholders

    Contractor

    SIDR


    Designer

    co-architectes

    peyrebonne@co-architectes.com


    Other consultancy agency

    https://www.facebook.com/Int%C3%A9grale-Ing%C3%A9nierie-106799096326821/

    Structural and mechanical engineering

Owner approach of sustainability

Located in the neighbourhood of ‘Ravine Blanche’, in Saint-Pierre, ‘Niama’ is a new social housing operation that was completed in the end of the year 2014. Niama is compliant with the Thermal, Acoustic and Ventilation French Regulation for the overseas territories (in French: Réglementation Thermique, Acoustique et Aération or RTAA DOM). RTAADOM is applied to the design of new residential buildings only and requires mandatory rules concerning thermal, acoustic and ventilation performances. The objectives of the project were to house people at low-level income inside comfortable apartments. As a result, Niama uses many passive design strategies in order to reduce its energy consumption while maintaining satisfactory thermal comfort conditions inside the building. The building was also designed so as to be integrated within its environment.

Architectural description

Niama has been designed and built on the basis of local climate and resources, for energy (sun) and materials. Passive features such as building orientation, natural cross ventilation or the choice of construction materials such as wood, have been taken into account. Since the effects of
vegetation on a site's microclimate can be considerable, the building is surrounded by native plants and trees.
In addition, the park and the building include features for the integrated management of rainwater , such as a serie of landscaped ditches and basins, the design of a path allowing the natural flow of rainwater, as well as the consideration of soil permeability and the type of covering materials.

If you had to do it again?

Each apartment has its own parking space. However, the actual rate of use is approximately of only 30%. The related area could have been used for vegetation or other common areas.

Energy consumption

  • 100,00 kWhep/m2.an
  • 165,00 kWhep/m2.an

Envelope performance

  • 0,40 W.m-2.K-1
  • The roof is composed of an insulated sheet metal complex "Mauka Brizz" (from ArcelorMittal) and 13mm of plasterboard.
    For the solar exposed walls, the materials used from the exterior to the interior are listed below:
    First floor: 18cm of concrete + 2cm of expanded polystyrene + air gap of 0,5 cm + 1,3 cm of plasterboard
    Last floor:2cm of wood + 3cm of expanded polystyrene + air gap of 10cm + 1,3 cm of plasterboard
    Other floors: Insulated sheet metal complex Mauka Brizz (ArcelorMittal)+ 18cm of concrete
    Each floor is composed of different materials according to the facade orientation and the sun exposure.

Systems

    • No heating system
    • Solar Thermal
    • No cooling system
    • Natural ventilation
    • Solar Thermal

    The roof is composed of an insulated sheet metal complex "Mauka Brizz" (from ArcelorMittal) and 13mm of plasterboard.
    For the solar exposed walls, the materials used from the exterior to the interior are listed below:
    First floor: 18cm of concrete + 2cm of expanded polystyrene + air gap of 0,5 cm + 1,3 cm of plasterboard
    Last floor:2cm of wood + 3cm of expanded polystyrene + air gap of 10cm + 1,3 cm of plasterboard
    Other floors: Insulated sheet metal complex Mauka Brizz (ArcelorMittal)+ 18cm of concrete
    Each floor is composed of different materials according to the facade orientation and the sun exposure.

Health & Comfort

    The roof is composed of an insulated sheet metal complex "Mauka Brizz" (from ArcelorMittal) and 13mm of plasterboard.
    For the solar exposed walls, the materials used from the exterior to the interior are listed below:
    First floor: 18cm of concrete + 2cm of expanded polystyrene + air gap of 0,5 cm + 1,3 cm of plasterboard
    Last floor:2cm of wood + 3cm of expanded polystyrene + air gap of 10cm + 1,3 cm of plasterboard
    Other floors: Insulated sheet metal complex Mauka Brizz (ArcelorMittal)+ 18cm of concrete
    Each floor is composed of different materials according to the facade orientation and the sun exposure.

Product

    Chance Brizz

    ArcelorMittal

    0590268203

    Opere strutturali / Tamponamento, Rivestimento, Tenuta

    The roof is composed of an insulated sheet metal complex "Mauka Brizz" (from ArcelorMittal) and 13mm of plasterboard.
    For the solar exposed walls, the materials used from the exterior to the interior are listed below:
    First floor: 18cm of concrete + 2cm of expanded polystyrene + air gap of 0,5 cm + 1,3 cm of plasterboard
    Last floor:2cm of wood + 3cm of expanded polystyrene + air gap of 10cm + 1,3 cm of plasterboard
    Other floors: Insulated sheet metal complex Mauka Brizz (ArcelorMittal)+ 18cm of concrete
    Each floor is composed of different materials according to the facade orientation and the sun exposure.

    This product was well accepted by the different stakeholders of the project.

Construction and exploitation costs

  • 3 219 000

Urban environment

NIAMA is located in Saint Pierre, in Reunion Island. This volcanic island is located in the Indian Ocean and experiences tropical climate which is marked with hot and humid weather conditions. This area is also often struck by tropical cyclones, generating building difficulties. The prevailing
winds blow from the east and south-east - the west coast being known as the leeward coast.
Niama is located next to a new urban park, that was previously an unused urban space. The new park, which was part of the process of urban tissue restructuring of the neighborhood, is a green lung for the city of Saint-Pierre. Niama has been harmoniously integrated between the vegetalised area of the new park and the mineral area of the existing buildings. The East facade of the building is more mineral with light-coloured painted walls and metal cladding whereas on the urban park side, it is the wood
materials that prevail. It is viewed as a "bridge" between the two areas.

Land plot area

970,00 m2

Built-up area

58,00 %

Green space

407,00

Parking spaces

The project is composed of a 16 places car park, with a total net floor area of 545 m2, located under the building. The building includes an underground car park so as to maximise the vegetation and common areas around the building while reducing the heat island effect due to asphalt pavement.
In addition, the car park entrance and the pedestrian ways that give access to the common areas and the different apartments are independent of each other. The pedestrian ways also lead to the urban park. This allows more privacy and security.

Building Environmental Quality

  • Building flexibility
  • biodiversity
  • comfort (visual, olfactive, thermal)
  • water management
  • energy efficiency
  • integration in the land

Contest categories

Energie & Climats Chauds

Energie & Climats Chauds

Coup de Coeur des Internautes

Coup de Coeur des Internautes

Green Building Solutions Awards 2016


Author of the page

  • François Garde

    Professeur


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