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Sumit Singhal
Sumit Singhal
Sumit Singhal loves modern architecture. He comes from a family of builders who have built more than 20 projects in the last ten years near Delhi in India. He has recently started writing about the architectural projects that catch his imagination.

BL single family house in Trento, Italy by Burnazzi Feltrin Architetti and Paolo Pegoretti Architetto

 
May 29th, 2015 by Sumit Singhal

Article source: Burnazzi Feltrin Architetti and Paolo Pegoretti Architetto

The BL single family house is located in the northern part of the municipality of Pergine, on a mainly flat ground. From the area one can enjoy a beautiful view of the castle and the parish church of Pergine, of the Brenta chain and other low mountains, the amount of sun is ideal all year round, allowed, as it is, by the mountain silhouette and the surrounding buildings.

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

  • Architects: Burnazzi Feltrin Architetti and Paolo Pegoretti Architetto
  • Project: BL single family house
  • Location: via A. Rosmini 13, 38122 Trento, Italia and via E. Maoro 1/a, 38057 Pergine Valsugana (TN), Italia
  • Photography: Carlo Baroni
  • Team: Burnazzi Feltrin Architects (Burnazzi Elisa arch., Feltrin Davide arch.) and Pegoretti Paolo arch.
  • Project – studies: 2011
  • Completion: 2014
  • Collaborators: Silvia Capelli architect and Michela Corn.
  • Works Supervisor (direttore dei lavori): Paolo Pegoretti architect

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

  • Assistant Works Supervisor: Davide Feltrin architect
  • Structural design: Studio Tecnico Associato Svaldi Ingegneria (Alessandro Svaldi engineer)
  • Heating, ventilation2 and air condition systems design: Studio Tecnico Associato Svaldi Ingegneria (Roberto Svaldi engineer)
  • Electrical system design: Federico Tomasi engineer
  • Safety manager: Berti Maurizio geometra
Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

  • Building:
    • Construction: 2013 – 2014
    • Net internal area (above ground): 122+143+24=289 square meter
    • Net external area (above ground): 470+41+66=577 square meter
    • Gross floor area (above ground): 150+218+217=585 square meter
    • Gross floor area underground): 88 square meter
    • Lot area: 620 square meter
    • Gross volume (above ground): 480+700+176=1356 cube meter
    • Gross volume (underground): 348 cube meter
Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

  • Construction work:
    • Construction company: Gadler
    • Frame carpentry: Moser
    • Steel work carpentry: Mpt
    • Roof and sheet metal work: Tonezzer
    • Facade cladding and painting: GE intonaci e Giovannini pitture
    • Blacksmith: Mpt
    • Heating and cooling: Thermoconf
    • Electrician: IIET
    • Windows frame: TIP – TOP Fenster
    • Doors: Telser
    • Floor and wall cladding: Barozzi Dimension
    • Furniture: Barozzi Dimension e CronstCasa
    • Lighting: Mada
    • Glass: Novart
    • Furniture -products: Kristalia (table and chairs), Lucifero’s e Flos (lighting), Fritz Hansen (armchair and bedside tables), Alno (kichen), Siemens (kitchen appliance) cucina) e Marac (couch)
Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

  • Sustainability:
    • Type: Energy efficient building
    • Energy efficiency class: A+, 25 [kWh/m2a]
    • Heating system: Heat pump for winter heating
    • Heat pump rated output: 14.50 kW (A7W35)
    • Heat distribution system: radiant floor heating
    • Building envelope: High efficiency envelope
    • Insulation: Expanded polystyrene (EPS) boards
    • Thermal transmittance U wall: U wall= 0,18 [W/m2K]
    • Thermal transmittance U roof: U roof = 0,19 [W/m2K]
    • Windows: Wood windows with triple low E glazing
    • Thermal transmittance U windows: U windows= 0,90 [W/m2K]
    • Ventilation: Mechanical ventilation (CMV) with enthalpy heat recovery system
    • Enthalpy recovery efficiency: Efficiency > 82 %
    • Sanitary hot water: Domestic hot water through a solar water heating system made of 4 flat plate, a hot water storage tank with a 500 Liter capacity and a stainless steel serpentine heat exchanger with a surface of 6 square meters.
Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

The project involves the building renovation and expansion of a building of the 60s, arranged over two floors and a attic, to meet the needs of the new owners. The volume consists of a main building with three floors. The uniqueness of the site and the existing buildings have suggested making the constructable volume very compact, low and articulated. It was desired to visually reduce the size and impact of the main front, using loggias instead of balconies and transforming the second floor, destined to be covered by a pitched roof, into an open space with a veranda.

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

Outside, the intervention is characterized by large protected glazed openings: they permit both to benefit from the solar contribution in the winter and the protection from overheating in the summer, and to fully enjoy the beautiful landscape. On the roof of the veranda, solar panels are positioned according to the slope of the roof, to virtually ensure no visual impact.

The facades, the outdoor curtains, the low emission wooden windows have only one colour, the white, this colour is not used for any of the neighbouring buildings. The sums of the different color of the neighbouring buildings is displayed exactly by the white colour which has the characteristic of containing all the colour of the electromagnetic spectrum.

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

The property has a basement with storage and technical room, ground floor with garage, entrance hall with closets, storage, and the first floor is designed to accommodate the family. The vertical connecting element, the stairway, located in a barycentric position, allows to fully maximize the surface intended to housing.

The goal of having an energy-saving building is also achieved through the rationalization of the internal distribution, providing the volume with large openings in the south-east side, so as to benefit the most from the winter sun, while protecting, at the same time, from the summer overheating thanks to the loggias.

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

Image Courtesy © Carlo Baroni

Image Courtesy © Burnazzi Feltrin Architects

Image Courtesy © Burnazzi Feltrin Architects

Image Courtesy © Burnazzi Feltrin Architects

Image Courtesy © Burnazzi Feltrin Architects

Image Courtesy © Burnazzi Feltrin Architects

Image Courtesy © Burnazzi Feltrin Architects

Image Courtesy © Burnazzi Feltrin Architects

Image Courtesy © Burnazzi Feltrin Architects

Image Courtesy © Burnazzi Feltrin Architects

Image Courtesy © Burnazzi Feltrin Architects

Image Courtesy © Burnazzi Feltrin Architects

Image Courtesy © Burnazzi Feltrin Architects

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Category: House




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