Complesso Residenziale Solaria

Etude de cas : Complesso Residenziale Solaria
Site Web : http://www.construction21.eu/france/
Complesso Residenziale Solaria
PUBLIé PAR STOLFA | 30 JANUARY 14
Type de projet : Construction Neuve
Type de bâtiment : Logement collectif
Année de construction : 2011
Zone climatique : Méditerranéen Sud
Surface nette : 2 045 m2
Coût de construction : 1 300 €
Nombre d'unités fonctionnelles : 25 Logement
Coût/m² : 1 €/m2
Coût/Logement : 52 €/Logement
Via San Carlo 15 , 70010 Capurso (BA), Italia
// Description
The building stands on a plot of a square corner in Via San Carlo Via Einaudi in Capurso (BA). The project is based on criteria such as
innovation and building systems, sustainable materials and certificates with respect to health and the environment. They will also be
subject to the provisions of the Regional Law n. 13 of 2008, which made him eligible to be recognized as a "pilot project" of a
Memorandum of Understanding between the Puglia Region and the Municipality of Capurso, for the purpose of testing the Protocol
Ithaca 2011 with the construction of apartments in the energy class A + and sustainability level 3. The building is spread over 4 floors
used for residential and two car garage and basement used as cantinole, consists of 25 units divided into 6 different types of cutting
and distribution covering an area of ​​2045.00 square meters, while the area devoted to parking is 2,420.00 square meters and
the external relevance of the building is 1,280.00 square meters for parking places, garden area and access ramp to the basement. For
the external areas has been provided the planting of native species.
// Energie
Consommation énergétique
Besoin en énergie primaire : 14,00 kWh /m2/anno
Besoin en énergie primaire bâtiment standard : 60,00 kWh /m2/anno
Méthode de calcul :
Répartition de la consommation énergétique : Provision heating 9 kwh/sqm/year Performance hot water 5 kwh/sqm/year
// EnR & systèmes
Systèmes
Chauffage :
Pompe à chaleur
Plancher chauffant basse température
Solaire thermique
ECS :
Pompe à chaleur
Solaire thermique
Rafraîchissement :
Pompe à chaleur réversible
Plancher refroidissant
Ventilation :
Ventilation naturelle
Energies renouvelables :
Solaire photovoltaïque
Solaire thermique
Production d'énergie renouvelable : 60,00 %
// Environnement
Emissions de GES
Emissions de GES en phase d'usage : 3,16 KgCO2/m2/anno
Durée de vie du bâtiment : 100,00 anno/i
// Produits
Climagold M / F 300 62,5 x20x42 cm; Climagold M / F 300 62,5
x25x15 cm
Xella Italia srl
Site Internet fabricant: http://www.ytong.it
Catégorie de produit: Gros œuvre / Structure, maçonnerie, façade
Description:
Infill masonry exterior is of homogeneous type, built with blocks of aerated concrete with a thickness of 42 cm,
transmittance of about 0,19 W/m²K - walls to the stairwell/dividers between different units: are of type cassette,
with double lining of different thicknesses in cls autoclaved and interposing layer for thermal and acoustic
insulation, consisting of a panel in polyester fiber coupled to a mattress made of crosslinked polyethylene closed
cell foam, the transmittance of the wall thus obtained is approximately 0,20 W/m²K.
Commentaires:
The product is a high performance in terms of breathability and thermal inertia.
ROTEX HPSU (HeatPumpSolarUnit)
Rotex Daikin
Site Internet fabricant: http://it.rotex-heating.com/
Catégorie de produit: Génie climatique, électricité / Chauffage, eau chaude
Description:
AIR-CONDITIONING: The air conditioning of the building is achieved through a centralized system powered by a
heat pump inverter technology and distribution through floor systems . There are two types of heat pumps: HPSU
Flex technology with multiscroll inverter, for heating and cooling and HPSU HT high temperature that uses the
outside air heated by the sun in order to obtain, with maximum efficiency, flow temperatures up to 80 ° C both for
heating and for the production of ACS. The goal, achieved thanks to the specific shape of the thermal storage , it
is also to provide the maximum contribution from renewable technology with the combination of the heat pump
inverter at low and high temperature with solar SOLAR THERMAL. PLANT ACS: The emptying system
integrates or replaces (typically in the summer) the heat pump in maintaining the temperature of the water
accumulation at a suitable temperature for the hot water needs health. This is mainly composed of : Solar plans
with high efficiency surface highly selective absorbing , multilayer pipes Solaris ; RPS3 control and pump unit
that manages and displays all the functions of the solar system. The “Solaris system” is a system not under
pressure and drain (drain back), the heat transfer fluid is same technical water accumulation, which is pumped
directly through the solar collectors when they reach a useful temperature. Consequently, the common elements
are not necessary with solar installations in which pressure expansion vessel, glycol, safety valve and relief valve
as there is no risk of freezing and boiling points. The absence of glycol, also increases the exchange capacity of
the heat transfer fluid (water accumulation). The estimate of the quantity produced by the solar system is about
42000 kWt per year, more than 50%.
http://www.construction21.eu/france/data/sources/users/13/dsc0017.jpg
// Environnement urbain
Environnement urbain : The area on which the building stands is located south-west of the city within walking distance from the
center, the area is completely urbanized, in the vicinity of a line of local public transport and is fully served by sewerage, mains
electricity, mains drinking water, methane gas network.
// Qualité environnementale du bâti
Qualité environnementale du bâti : acoustique
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