Smart innovation applications for a green house using sustainable and renewable energy in the UAE: Home energy retrofit

H. Abdulmouti, K. Ali, A. Ali, Marwan Ali, S. Abdullah, R. Abdalla
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引用次数: 6

Abstract

World electricity demand is rapidly overtaking the power supply. Solar cell power is an alternative method of power generation. This paper focuses on designing a smart greenhouse using two power sources, one from the normal grid and another from the solar panels, in order to reduce the required energy for the house. Furthermore, by depending on the sun as a renewable source of power, it provides ‘clean’ energy. The house design consists of three important parts: the house construction, the solar system, and the use of smart applications. First, the house's construction and orientation is designed to reduce heat transfer and save more power. The construction materials of the wall, roof, ground and windows were selected for their favorable thermal mass and properties. Furthermore, the house is built with an East-West orientation with north and south facing windows. The second part employs an active solar technique using photovoltaic panels. A Solar PV system using photovoltaic cells converts sunlight into electricity, which provides the house with the necessary LED lights. The third part involves the use of smart applications, which are operated by solar power. These applications are as follows: solar curtains which can be opened at sunrise and closed at sunset through the use of a sensor that detects the sunlight when the sun rises and sets. A timer is added to the system to control the time that the curtain opens and closes in case the user wishes to select a different time for this operation. A sound system with different music sounds, such as prayer supplication (duaa') for morning and evening are also included; a security system with an automatic warning device in case of break in that sends a message to the police station, the owner of the house and the security staff; entry and exit house application devices that produce a sound of citations on the main door when a person enters or exits the house; and finally, a prayer time device (Azzan).
阿联酋使用可持续和可再生能源的温室智能创新应用:家庭能源改造
世界电力需求正在迅速超过电力供应。太阳能电池发电是一种可供选择的发电方法。本文的重点是设计一个使用两种电源的智能温室,一种来自普通电网,另一种来自太阳能电池板,以减少房屋所需的能源。此外,依靠太阳作为可再生能源,它提供了“清洁”能源。住宅设计包括三个重要部分:住宅建筑、太阳能系统和智能应用的使用。首先,房子的结构和朝向的设计是为了减少热量传递和节省更多的电力。墙体、屋顶、地面和窗户的建筑材料都是根据其良好的热质量和性能来选择的。此外,房子是东西向建造的,窗户朝北和朝南。第二部分采用了使用光伏板的主动太阳能技术。使用光伏电池的太阳能光伏系统将阳光转化为电能,为房屋提供必要的LED灯。第三部分涉及智能应用程序的使用,这些应用程序由太阳能供电。这些应用如下:太阳能窗帘,可以在日出时打开,在日落时关闭,通过使用传感器来检测太阳升起和落下的阳光。在系统中增加了一个定时器来控制窗帘打开和关闭的时间,以防用户希望选择不同的时间进行此操作。还包括带有不同音乐声音的音响系统,例如早晨和晚上的祈祷(duaa');一套保安系统,在闯入时自动报警,并向派出所、屋主及保安人员发出讯息;出入房屋应用装置,当人进出房屋时,在正门上发出提示声;最后是祈祷时间装置(Azzan)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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