Lasvaux Sébastien - Academia.edu (original) (raw)

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Papers by Lasvaux Sébastien

IEA-EBC project «Cost-Effective Energy and Carbon Emissions Optimization in Building Renovation» ... more IEA-EBC project «Cost-Effective Energy and Carbon Emissions Optimization in Building Renovation» develops the basics for future standards, which aim at maximizing effects on reducing carbon emissions and primary energy use while taking into account the cost-effectiveness of related measures. The project pays special attention to cost effective energy related renovation of existing residential buildings and low-tech office buildings (without air conditioning systems). It outlines a common methodology for a) a comprehensive evaluation and assessment of cost effective reductions of primary energy use and carbon emissions within energy related building renovation, comprising also life cycle impacts like embodied energy use, b) a clarification of the relationship between emissions and energy targets, c) the relation between energy efficiency improvement and renewable energy deployment and d) trade-off analyses between energy efficiency improvement and renewable energy deployment.

IEA-EBC project «Cost-Effective Energy and Carbon Emissions Optimization in Building Renovation» ... more IEA-EBC project «Cost-Effective Energy and Carbon Emissions Optimization in Building Renovation» develops the basics for future standards, which aim at maximizing effects on reducing carbon emissions and primary energy use while taking into account the cost-effectiveness of related measures. The project pays special attention to cost effective energy related renovation of existing residential buildings and low-tech office buildings (without air conditioning systems). It outlines a common methodology for a) a comprehensive evaluation and assessment of cost effective reductions of primary energy use and carbon emissions within energy related building renovation, comprising also life cycle impacts like embodied energy use, b) a clarification of the relationship between emissions and energy targets, c) the relation between energy efficiency improvement and renewable energy deployment and d) trade-off analyses between energy efficiency improvement and renewable energy deployment.

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