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首页> 外文期刊>Journal of Sustainable Development >Optimizing Wind Power for Energy Efficient Building Design in Tropical Hot-humid Climate of Malaysia
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Optimizing Wind Power for Energy Efficient Building Design in Tropical Hot-humid Climate of Malaysia

机译：在马来西亚热带湿热气候中优化风能以实现节能建筑设计

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Being a member of the Kyoto Protocol, Malaysia is obligated to initiate programs to reduce global warming according to its own availability of indigenous resources. It is to explore and optimize whatever possibilities that can be contributed from its domestic region. Several initiatives have been taken to capitalize on what Malaysia is abundant with and one of its renewable resources is solar energy. It has been reported that to rely on wind energy would be futile because of the characteristics of wind in tropical climates are unpredictable, erratic and multi-directions. Several design strategies have been attempted to encourage air movement into Malaysian buildings but because of the nature of its climate where the average diurnal range is low, indoor air movement has to be induced by electric fan or air-conditioning. However, thus consumes a lot of electricity every month. This is clearly not good to reduce global warming. This paper explores of what extent can wind or air movement be contribute and be better utilized as an alternative energy to achieve Malaysia’s initiative to meet the Kyoto Protocol requirements.
机译：作为《京都议定书》的成员，马来西亚有义务根据自身拥有的本土资源发起减少全球变暖的计划。它将探索和优化其国内地区可能带来的一切可能性。已经采取了一些措施来利用马来西亚的丰富资源，其可再生资源之一是太阳能。据报道，依靠风能将是徒劳的，因为在热带气候中风的特征是不可预测的，不稳定的和多方向的。已经尝试了几种设计策略来鼓励空气进入马来西亚建筑物，但是由于其气候的特点，即平均日范围很低，因此室内空气的运动必须由电风扇或空调引起。但是，因此每月消耗大量电力。显然，这不利于减少全球变暖。本文探讨了风能或空气流动能在多大程度上做出贡献，并更好地用作替代能源，以实现马来西亚主动满足《京都议定书》要求的计划。

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