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Low-energy design: combining computer-based optimisation and human judgement

机译:低能耗设计:将基于计算机的优化与人为判断相结合

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Simply minimising the heat loss from a building will not necessarily lead to an exemplary low-energy design: overheating may occur, leading to a large amount of cooling energy being used, and the shape and form of the design may not fit with other sensitivities and elements of the design brief. This paper couples a population-based optimisation algorithm (a genetic algorithm) to a dynamic thermal model with the idea of identifying large numbers of distinctly different low-energy designs. These designs are then presented to the user in the form of a visual summary for judgement as to potential use.
机译:简单地将建筑物的热量损失最小化并不一定会导致低能耗的示例设计:可能会发生过热,导致使用大量的冷却能量,并且设计的形状和形式可能与其他敏感性不符。设计简介的要素。本文将基于种群的优化算法(遗传算法)与动态热模型相结合,以识别大量明显不同的低能耗设计。这些设计然后以视觉摘要的形式呈现给用户,以判断潜在的用途。

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