In the developed countries the air-conditioning of buildings involves a great electric energy demand: for example in the United States around one-sixth of ail the electricity generated is used by HVAC units. The study of innovative building envelopes can greatly reduce the heating and cooling loads, also increasing the quality of life inside the buildings. The horizontal roof gives a strong contribution to the summer loads of buildings due to the solar radiation. The utilization of a green roof was considered to reduce the corresponding cooling load, taking into account both the effect of the thermal capacity of a mass of soil and evaporative cooling due to vegetative greenery. This analysis was applied to a factory for the production of solar cells, to be built up in the next months, with a novel! design to reduce the HVAC loads. The analysis aims to study the effects of different thicknesses of soil, separating the influence of thermal capacity and evaporation.

Analysis of a green roof application to an industrial building

LAZZARIN, RENATO;GASPARELLA, ANDREA;D'ASCANIO, ANDREA
2003

Abstract

In the developed countries the air-conditioning of buildings involves a great electric energy demand: for example in the United States around one-sixth of ail the electricity generated is used by HVAC units. The study of innovative building envelopes can greatly reduce the heating and cooling loads, also increasing the quality of life inside the buildings. The horizontal roof gives a strong contribution to the summer loads of buildings due to the solar radiation. The utilization of a green roof was considered to reduce the corresponding cooling load, taking into account both the effect of the thermal capacity of a mass of soil and evaporative cooling due to vegetative greenery. This analysis was applied to a factory for the production of solar cells, to be built up in the next months, with a novel! design to reduce the HVAC loads. The analysis aims to study the effects of different thicknesses of soil, separating the influence of thermal capacity and evaporation.
2003
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11577/2461978
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