Steel Farm

  • Project type : New Construction
  • Building Type : Isolated or semi-detached house
  • Construction Year : 2013
  • Delivery year : 2013
  • Climate zone : [Cfb] Marine Mild Winter, warm summer, no dry season.
  • Net Floor Area : 151 m2
  • Construction/refurbishment cost : 1 567 €
  • Number of Dwelling : 1 Dwelling
  • Cost/m2 : 10 €/m2
  • Cost/Dwelling : 1 567 €/Dwelling


Moderated by : Sylvain Bosquet

Similar case studies

PASSIVE HOUSE CHE

The challenge was to create a simple,sustainable, two-storey unit that would fit into a special site: a matureforest inside  a northern Romanian city.<o:p></o:p>House Che subtly rises aroundthe inner courtyard in a mesmerizing natural environmen (...)

Butterfly House

This is an energy efficient house that was built by the University of Ubonratchathani in 2005 as part of a research project funded by the Ministry of Energy of Thailand. 2-storey house with 2 bedrooms on the second floor and living (...)

EFdeN 4C

​We are over 30 young and passionate students, from fields ranging from architecture, engineering, communication or management, and together we form the EFdeN team.In 2014 we represented Romania in the final for Solar Decathlon Europe (...)


  • Published on 25 April 16
    by Mark Siddall|International
    Viewed 5591 times
  • Proposed by :




  • Contest

    Green Building Solutions Awards 2016

    Energy & Temperate Climates
    Users' Choice Award


    ​About the Passivhaus Standard:

    The term “PassivHaus” refers to a specific building construction standard with excellent comfort conditions during summer and winter. Such buildings reduce space heating by 90% and total energy consumption by 75-80% compared to UK Building Regulations and achieve a comparable reduction in carbon emissions. The Passivhaus Standard was developed in the early 1990’s by Professor Wolfgang Feist and Professor Bo Adamson and then launched in 1996.

    The Passivhaus Standard, the worlds leading quality assurance standard for low energy building, is over 20 years old and there are now reported to be more than 50,000 Passivhaus buildings globally – including houses, apartments, schools, offices, sports halls and gymnasiums, sheltered accommodation and care homes, hospitals and medical centres.

    The exemplary performance of Passivhaus Standard has been documented extensively through ongoing scientific research. In parallel research has revealed that there is a significant gap between the theoretical performance of sustainable low energy dwellings and the actual delivered performance. This often means carbon emissions savings are not being delivered in practice. Recent papers, including a paper prepared by the architet of Steel Farm (http://www.mdpi.com/2071-1050/8/1/97/pdf), demonstrate that houses build to the Passivhaus Standard are capable of closing the performance gap.

    Even more about information about the performance gap and how it may be closed can be found at www.BuildingPerformanceEvaluation.co.uk

    Certification Scheme


    Location

    , NE47 8JP Whitfield United Kingdom

    Technicals Features