Embodied energy modelling of individual buildings in Melbourne : the inherent energy-cost relationship
Yu Lay Langston
Abstract
Yu Lay Langston
Abstract
This thesis demonstrates a strong relationship between life cycle energy and life cycle cost based on an analysis of thirty recent Melbourne buildings. Embodied energy (initial cost) can be reliably modelled by construction cost (initial cost) and thus be readily available as early design advice, enabling more sustainable development.
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This thesis demonstrates a strong relationship between life cycle energy and life cycle cost based on an analysis of thirty recent Melbourne buildings. Embodied energy (initial cost) can be reliably modelled by construction cost (initial cost) and thus be readily available as early design advice, enabling more sustainable development.
Key concepts: Embodied energy, Life-cycle cost analysis, Energy cost, Energy (signal processing), Architectural engineering, Energy analysis, Cost analysis, Embodied cognition