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Effectiveness of a night radiative cooling system in different geographical latitudes

机译:不同地理纬度夜辐射冷却系统的有效性

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Growth of world energy consumption and depletion of energy resources make humanity to constantly work on the creation of the energy efficient technologies and increase usage of the alternative and renewable sources of energy. One of such alternative sources of energy is the night radiative cooling (NRC). NRC is an alternative and renewable source of energy, derived from the effective radiation of the Earth into the Space. If the given surface is located so that it looks to the night sky, then under the particular condition more energy can be generated under the effect of radiative cooling, than received from the atmosphere. As a result the temperature of the surface can be kept lower than the temperature of the ambient air. This effect can be used for creation of the refrigeration systems with the low energy consumption and as a result lower negative influence on the environment. During the research it has been identified that the possibility of the NRC usage is mostly predetermined by the specifics of the climate of the each region. In particular climate conditions the refrigeration systems working on night radiative cooling will be more effective that in others.
机译:世界能源消耗和能源消耗的增长使人类不断地努力创造节能技术,并增加替代和可再生能源的使用量。这种替代能源之一是夜辐射冷却(NRC)。 NRC是一种替代和可再生能源来源,从地球的有效辐射到空间中得出。如果给定的表面定位成使其看起来夜空,那么在特定条件下可以在辐射冷却的效果下产生更多能量,而不是从大气中接收。结果,表面的温度可以保持低于环境空气的温度。这种效果可用于创建具有低能量消耗的制冷系统,结果对环境较低。在研究期间,已经确定了NRC使用的可能性主要由每个区域的气候的细节预先确定。特别是气候条件,在夜间辐射冷却的制冷系统将更有效地在其他辐射。

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