Matches in DBpedia 2016-04 for { ?s ?p "Oxford Ecohouse is a house in Oxford designed to maximise energy efficiency. It is equipped with the first photovoltaic cell roof installed in Britain (in 1995). Situated in a suburban street in North Oxford, it was designed by Susan Roaf, a professor at Heriot-Watt University. A six bedroom family home, it produces only 130 kg CO2/annum per metre square, in contrast to comparable UK houses that produce 5000 kg CO2/annum m². It has 4 kW peak of photovoltaic output, 5m² of solar hot water panels and additional heating from a passive solar sun space. It was designed using low energy construction techniques, high thermal mass and a wood burning stove to reduce carbon dioxide emissions by over 95%. The house has featured in a number of architecture books and is used as a research source in sustainable design."@en }
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- Oxford_Ecohouse abstract "Oxford Ecohouse is a house in Oxford designed to maximise energy efficiency. It is equipped with the first photovoltaic cell roof installed in Britain (in 1995). Situated in a suburban street in North Oxford, it was designed by Susan Roaf, a professor at Heriot-Watt University. A six bedroom family home, it produces only 130 kg CO2/annum per metre square, in contrast to comparable UK houses that produce 5000 kg CO2/annum m². It has 4 kW peak of photovoltaic output, 5m² of solar hot water panels and additional heating from a passive solar sun space. It was designed using low energy construction techniques, high thermal mass and a wood burning stove to reduce carbon dioxide emissions by over 95%. The house has featured in a number of architecture books and is used as a research source in sustainable design.".
- Q7115316 abstract "Oxford Ecohouse is a house in Oxford designed to maximise energy efficiency. It is equipped with the first photovoltaic cell roof installed in Britain (in 1995). Situated in a suburban street in North Oxford, it was designed by Susan Roaf, a professor at Heriot-Watt University. A six bedroom family home, it produces only 130 kg CO2/annum per metre square, in contrast to comparable UK houses that produce 5000 kg CO2/annum m². It has 4 kW peak of photovoltaic output, 5m² of solar hot water panels and additional heating from a passive solar sun space. It was designed using low energy construction techniques, high thermal mass and a wood burning stove to reduce carbon dioxide emissions by over 95%. The house has featured in a number of architecture books and is used as a research source in sustainable design.".