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INREB Faraday Partnership

INREB Faraday Partnership Integrating New and Renewable Energy into Buildings 2003 INREB Faraday Partnership … for the integration of new and renewable energy in buildings Faraday Partnership one of 24 in the UK. The only Partnership working in the area of the built environment.

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INREB Faraday Partnership

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  1. INREB Faraday Partnership Integrating New and Renewable Energy into Buildings 2003

  2. INREB Faraday Partnership … for the integration of new and renewable energy in buildings • Faraday Partnershipone of 24 in the UK.Theonly Partnership working in the area of the built environment. • Launched in November 2001with support from DTI and EPSRC. • Partnership:Building Research Establishment De Montfort University Loughborough University University of Nottingham University of Ulster

  3. INREB Core Activities Research Technology Transfer Knowledge Transfer Industry Contact Partnership Management & Administration

  4. INREB Technology Examples Energy Systems • Heat pumps • Domestic CHP • Intelligent controls • Hybrid systems Policy & Planning • Software tools • Appearance of envelope integrated systems Building Fabric • Photovoltaics • Advanced glazing • Smart / intelligent facades • Building integrated wind Infrastructure • Distributed generation • Energy storage

  5. INREB Building Scenarios 1. Sustainable Urban Block 2. Large Scale Communities 3. Existing High Density Housing 5. Commercial, Retail, Industrial 4. Suburbia Others to follow as necessary…?

  6. F F F KNOWLEDGE / RESEARCH BASE F F F F scenario 1 SUSTAINABLE URBAN BLOCK scenario 5 INDUSTRIAL RETAIL & COMMERCIAL F CONSTRUCTION INDUSTRY F LARGE SCALE COMMUNITIES F scenario 2 scenario 4 SUBURBIA F scenario 3 HIGH DENSITY HOUSING F F F TECHNOLOGY TRANSFER INREB technologies into buildings KNOWLEDGE TRANSFERKnowledge to the construction industry INDUSTRY RESEARCH NEEDSResearch identified by industry fed back to knowledge base INREB Scenarios - building based approach UNIVERSITIES / MANUFACTURERS / RTO’s

  7. SCENARIO 1: Sustainable Urban Block Designing the Urban Environment In future urban development we must strive for greater mix of building types and tenures and seek to optimise development density in proximity to public transport hubs.

  8. SCENARIO 2: Large Scale Communities Kronsberg, Hannover, Germany Ashton Green, Leicester 100% renewable energy community Self sustainable hydrogen village, Nottingham

  9. SCENARIO 3: Existing High Density Housing Possible area of focus: Housing Association stock Options for the use of renewable energy and advanced energy efficiency measures Opportunities • Investigation of scope for conversion of estates to centralised heating – CHP/Biofuels • Extent of solar access and thus for solar water heating and PV.

  10. 7.2 tonnes Space heating 4.3 Hot water 2.0 tonnes 1.5 0.6 Space heating 0.3 Cooking 0.5 Lights & appliances Hot water 1.1 0.3 Cooking Lights & appliances 0.6 60%+ CO2 emission reduction SCENARIO 4: Suburbia

  11. SCENARIO 5: Commercial, retail, industrial • Climate Change Levy • Roof area • Planning permission • Thermal loads – heating, cooling • Sharing / sale of services on retail parks

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