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首页> 外文会议>International Conference on Advances in Building Technology Vol.2, Dec 4-6, 2002, Hong Kong, China >The Applications of Solar Heat Transfer Solar Electricity Transfer in Building
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The Applications of Solar Heat Transfer Solar Electricity Transfer in Building

机译：太阳能热传递与太阳能传递在建筑中的应用

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摘要

The fossil energy (e.g. fossil oil, natural gas, coal) in the world is limited. It would be unavailable if fossil energy is consumed in the same increasing rate as that of today. In our country, the possession of fossil energy per person is only one-third of its world average, and 95% of energy is imported to the Taiwan area. One of the major environmental problems, at present, is green-house effect in the whole globe, which results from a large amount of carbon dioxide. The more fossil energy is used, the more carbon dioxide is given off. In many cities in North China, the concentration of aerosol is 9.6 times as much as the Acceptable Concentration Level set by the World Health Organization(WHO), and acid rain has been found in many areas. Solar energy is a new power source with a long history, which is characterized by large quantity, easy to obtain, safety, cleanness. Therefore, it has little effect in destroying the ecology balance. Thus world exploitation and utilization of solar energy is an urgent solution to the green-house problem. Solar energy can be used in many fields, including such as in electric power generation, but still today there is relatively mature commercial technology usage except in solar heat transfer. Consequently, this paper inquires into not only solar heat transfer but solar electricity transfer.
机译：世界上的化石能源（例如化石油，天然气，煤炭）是有限的。如果化石能源的消耗量与今天一样增长，那将是不可用的。在我国，人均化石能源占有量仅为世界平均水平的三分之一，其中95％的能源进口到台湾地区。当前，主要的环境问题之一是整个地球上的温室效应，这是由大量二氧化碳引起的。化石能源使用得越多，释放出的二氧化碳就越多。在华北许多城市，气溶胶的浓度是世界卫生组织（WHO）设定的可接受浓度水平的9.6倍，并且在许多地区都发现了酸雨。太阳能是一种历史悠久的新型电源，其特点是数量大，易获得，安全，清洁。因此，它对破坏生态平衡几乎没有作用。因此，世界范围内对太阳能的开发利用是解决温室问题的迫切解决方案。太阳能可用于许多领域，包括发电等，但除太阳能传热外，今天仍然有相对成熟的商业技术用途。因此，本文不仅研究了太阳能的热传导，还研究了太阳能的热传导。

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