Smart Thermoelectric Earth-Air Generator Safety System

R. Ahiska, Özge Bakar
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Abstract

: In this study, the soil-air generator of the thermoelectric safety system working with soil heat was investigated. For this, a special electronic safety device was made and the output parameters of the device were investigated. In order to investigate the operation of the thermoelectric “earth-air” generator safety system in real nature conditions, temperatures at the soil depth and soil surface equal to the length of the generator in four different regions of Ankara in four seasons were measured and modeled. Afterwards, physical parameters such as power P(W), voltage U(V) and current I(A) produced by the generator according to ΔT were examined by using all this scientific information with a special test setup. According to the results obtained, it has been determined that the Intelligent thermoelectric earth-air generator safety system (ATES) has the feature of notifying the security units in case of area violation by generating its own electricity with the help of the heat in the soil without the need for any electrical cable. In addition, the environmentally friendly ATES system is an innovative product and it has been seen that it will be used in various fields, especially in military applications.
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智能热电地-气发电机安全系统
本文对利用土壤热工作的热电安全系统的土-气发生器进行了研究。为此,研制了一种专用的电子安全装置,并对该装置的输出参数进行了研究。为了研究热电“地-气”发电机安全系统在真实自然条件下的运行情况,在安卡拉四个不同地区的四个季节测量了与发电机长度相等的土壤深度和土壤表面温度并建立了模型。之后,根据ΔT,利用所有这些科学信息,在一个特殊的测试装置上检查了发电机产生的功率P(W),电压U(V)和电流I(A)等物理参数。根据所获得的结果,确定智能热电-地-气发生器安全系统(ATES)具有在不需要任何电缆的情况下,利用土壤中的热量自行发电,从而在违反区域时通知安全单位的特点。此外,环保的ATES系统是一种创新产品,人们已经看到它将用于各个领域,特别是军事应用。
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