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The effect of nocturnal shutter on insulated greenhouse using a solar air heater with latent storage energy

机译:夜间百叶窗对具有潜在存储能量的太阳能空气加热器对隔热温室的影响

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摘要

In order to reduce the energy consumption in agricultural greenhouses at night, two similar greenhouses with a nocturnal shutter are constructed and installed in the CRTEn (Research and Technologies Centre of Energy) in Tunisia. The first is equipped with a heating system. The solar heating system is a solar air heater collector with latent heat storage. At daytime, thermal solar energy is stored, however, at night it can be restored. Moreover, the shutter is used only at night. The analysis of the thermal energy is used to examine the repartition of the absorbed, the useful, the stored and the losses of energy in the greenhouse; with or without nocturnal shutter. The balances of the various components of the greenhouse are used to study the portions of the energy recovered, absorbed, stored and lost.
机译:为了减少夜间农业大棚的能源消耗,在突尼斯的CRTEn(能源研究和技术中心)建造并安装了两个类似的带有夜间百叶窗的大棚。第一个装备有加热系统。太阳能加热系统是具有潜热存储的太阳能空气加热器集热器。在白天,可以存储热太阳能,而在晚上,可以将其恢复。此外,仅在晚上使用百叶窗。对热能的分析用于检查温​​室中吸收的,有用的,储存的和能量损失的重新分配。带有或不带有夜间快门。温室各组成部分的余量用于研究回收,吸收,存储和损失的能量部分。

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