University of Nottingham

Creative Energy Homes

Creative Energy Homes

 Introduction
 Context
 Project
 Newsflashes
 Seminar Series
 Links
 Zero Carbon Symposium

Steel C60 house

 Introduction
 Suppliers
 Supplier Graphic
 Layout+Form
 Construction Info
 Progress
 Analysis
 Live Webcam
 Design Award

Bullivant K60

 Introduction

E.ON

 Introduction
 Objectives
 Progress
 Pictures

BASF house

 Introduction
 Webcam (see Intro)
 BASF Photos
 BASF's Website

Tarmac House

Introduction

Solar Decathlon

Introduction

Partner Links

 Roger Bullivant K60
 EON
 BASF
 Tarmac
 Solar Decathlon
 Saint-Gobain

Questions about the project or website: Dr. Mark Gillott at mark.gillott@nottingham.ac.uk

Steel House C60

Why Carbon 60?

The Government's Energy White Paper of 2003 sets a target of reducing CO2 emissions by 60% by 2050. The Carbon 60 House addresses all four principles of the Government's Energy White Paper: the 60% emissions reduction target, fuel poverty, security of supply and competitiveness as well as demonstrating the latest modern methods of construction. The house will be built using fast-track prefabrication techniques. These techniques facilitate high levels of environmental performance, speed up the house building process and reduce wastage and defects.


October 2008

Performance

The use of innovative cladding materials will ensure the structure is highly insulated with extremely low levels of air leakage. These characteristics will dramatically reduce energy consumption compare with conventionally built homes. A major characteristic feature of the house is the integrated conservatory or sun space. This part of the house is the energy cell which provides free passive solar heating in the winter as well as facilitating ventilation and providing high levels of natural daylight. This is combined with a ground cooling/heating system. Air entering the sunspace is first thermally conditioned by passing through earth tubes buried beneath the ground. The earth beneath the house remains at a constant temperature of 12C. The thermal mass of the ground stores energy which is utilised in the winter for preheating and in the summer for cooling. Finally, active solar heating is provided by a solar thermal collector located on the roof. Any additional thermal energy is supplied by a ground source heat pump located in the basement plant room. Many additional environmental features have been incorporated in the house and are shown on the schematics.

See: Stoneguard's Dedicated Website for the C60 project

See: Education Guardian Article Nov 1st 2006

Researchers – staff & students

Principle investigators:
Prof Saffa Riffat
Dr Mark Gillott
Guillermo Guzman

Research students:
Lucelia Rodrigues

Student Build Team Committee:
Archie Fishlock
Jo Deeming
Brad Moore
David Mackay
John Coogan

CEH Website by: David Nicholson-Cole

3D exploded plans of Stoneguard house: Graphic by Guillermo Guzman

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