cost and benefit tradeoffs in using a shade tree for residential building energy saving

Clicks: 293
ID: 228924
2014
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Ranked #8 of 23 articles by views in the aging male : the official journal of the international society for the study of the aging male

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Abstract
Global warming and urban heat islands result in increased cooling energy consumption in buildings. Previous literature shows that planting trees to shade a building can reduce its cooling load. This work proposes a model to determine the cost effectiveness and profitability of planting a shade tree by considering both its potential to reduce cooling energy and its purchase and maintenance cost. A comparison between six selected tree species is used for illustration. Using growth rates, crown sizes, and shading coefficients, cooling energy savings from the tree shades are computed using an industrial-standard building energy simulation program, offset by costs of purchase, planting, and maintenance of these trees. The result shows that most worthwhile tree to plant should have high shading coefficient and moderate crown size to maximize shading while keeping the maintenance costs manageable.
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2014environmentasiacost Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors ;Sappinandana Akamphon ;Kitti Akamphon
Journal the aging male : the official journal of the international society for the study of the aging male
Year 2014
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