<p>This infographic summarises the results of our study on 22 different life cycle energy reduction measures targeting a building's embodied, operational and/or user-transport energy over 50 years, in Lebanon. It uses a comprehensive energy quantification approach and the net present value approach for life cycle costing.<br>The full paper reference is:</p> <p>Stephan, A. and Stephan, L. (2016) Life cycle energy and cost analysis of embodied, operational and user-transport energy reduction measures for residential buildings. Applied Energy 161:445-464.</p> <p> </p
A companion paper presented the life cycle inventory (LCI) calculation model for buildings as a whol...
The thesis investigates the life-cycle energy requirements of a generic office building. Energy use...
In the United Arab Emirates (UAE) about 70% of total energy produced is consumed by building secto...
Buildings require a substantive amount of energy for their operation. Recent studies have found that...
Buildings are responsible for significant energy use and greenhouse gas emissions, globally. Life cy...
Buildings are directly responsible for 40% of the final energy consumption in most developed economi...
© 2013 Dr. André StephanCompleted under a Cotutelle arrangement between the Université Libre de Brux...
Life Cycle Energy Analyses of buildings provide useful information for achieving sustainability. How...
Current assessments of residential building energy demand focus mainly on operational energy, notabl...
Life cycle costing is gaining considerable attention particularly within the context of sustainable ...
Current assessments of residential building energy demand focus mainly on their operational aspect, ...
This portfolio of published research contains nine papers and assesses the life cycle environmental ...
New high-energy-performance buildings developed between the end of the 90’s and the new millennium l...
Report issued by the Bureau of Standards discussing the energy conservation of public buildings. As ...
Given the paramount importance of a life cycle approach to the building sector and its significant s...
A companion paper presented the life cycle inventory (LCI) calculation model for buildings as a whol...
The thesis investigates the life-cycle energy requirements of a generic office building. Energy use...
In the United Arab Emirates (UAE) about 70% of total energy produced is consumed by building secto...
Buildings require a substantive amount of energy for their operation. Recent studies have found that...
Buildings are responsible for significant energy use and greenhouse gas emissions, globally. Life cy...
Buildings are directly responsible for 40% of the final energy consumption in most developed economi...
© 2013 Dr. André StephanCompleted under a Cotutelle arrangement between the Université Libre de Brux...
Life Cycle Energy Analyses of buildings provide useful information for achieving sustainability. How...
Current assessments of residential building energy demand focus mainly on operational energy, notabl...
Life cycle costing is gaining considerable attention particularly within the context of sustainable ...
Current assessments of residential building energy demand focus mainly on their operational aspect, ...
This portfolio of published research contains nine papers and assesses the life cycle environmental ...
New high-energy-performance buildings developed between the end of the 90’s and the new millennium l...
Report issued by the Bureau of Standards discussing the energy conservation of public buildings. As ...
Given the paramount importance of a life cycle approach to the building sector and its significant s...
A companion paper presented the life cycle inventory (LCI) calculation model for buildings as a whol...
The thesis investigates the life-cycle energy requirements of a generic office building. Energy use...
In the United Arab Emirates (UAE) about 70% of total energy produced is consumed by building secto...