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    From north east Courtesy of Sto External Render Insulation Systems; Copyright Martine Hamilton Knight From garden. Courtesy of Sto External Render Insulation Systems; Copyright Martine Hamilton Knight Stairs. Copyright Martine Hamilton Knight Kitchen. Copyright Martine Hamilton Knight Street view. Courtesy of Sto External Render Insulation Systems; Copyright Martine Hamilton Knight Oriel window. Courtesy of Sto External Render Insulation Systems; Copyright Martine Hamilton Knight Ground floor. Copyright Martine Hamilton Knight Front door. Courtesy of Sto External Render Insulation Systems; Copyright Martine Hamilton Knight Above living room. Copyright Martine Hamilton Knight Studio (top floor). Copyright Martine Hamilton Knight

The Code

The Code for Sustainable Homes

This UK Government code sets standards for energy and water use, and assesses nine areas of sustainability:

  • Carbon dioxide emissions, and energy use
  • Water use (including the use of rainwater)
  • Materials (including their “embedded energy”)
  • Surface water run-off (should be minimised)
  • Waste (including facilities to make recycling easy)
  • Pollution (including pollution from insulating materials)
  • Health and well-being (including good use of daylight)
  • Management (including the process of construction)
  • Ecology (including preserving wildlife)

A Level 6 home is highly sustainable, and over the course of a year, the net carbon emissions are zero. From 2016 all new homes should be built to this standard.

More details can be found at www.communities.gov.uk. There is a new website at www.zerocarbonhub.org, “established to make Zero Carbon homes a reality from 2016. ”

These key features have been suggested for Level 6 (see www.greenspec.co.uk)

Key features

  • Excellent levels of insulation.
  • Minimal thermal bridges.
  • Advanced windows.
  • Excellent levels of airtightness.
  • Effective orientation for winter solar gains and summer cooling.
  • Mechanical ventilation with heat recovery and very efficient in its use of electricity.
  • Space and water heating normally from a large solar heating system supplemented by a low-powered gas, oil or LPG fired condensing boiler.
  • Lighting by high-efficiency fluorescent lamps.
  • Electrical appliances normally A+ rated or better.
  • Sufficient on-site electricity generation from renewables to offset the electricity used for lighting, appliances and ventilation.
  • A guidebook to explain to users how/why the building differs from normal.
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Written by Chris Duggan |

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