In this study, it is aimed at evaluating real data in high temperature GaSb cell thermophotovoltaic (TPV) systems. The TPV systems are considered as an alternative energy source in terms of efficient use of waste heat, cost and efficiency. The TPV system can be defined as a system that converts waste heat energy emitted from heat sources into electrical energy at high temperature. In this context, efficiency and parameters of TPV GaSb cells have been determined in laboratory conditions. The conversion of the high temperature applied to the cell to electrical energy has been investigated by selecting the GaSb photovoltaic cell as the cell type. According to the analysis have been done so far, TPV high-temperature real graphics have been obtained using GaSb cell. The temperature parameters used are, namely, cell temperature and source temperature. With these graphs, energy efficiency, fill factor, effect of open-circuit voltage and short-circuit current values have been determined. While the efficiency value of the GaSb TPV cell systems was calculated, the radiation source temperature values have been taken in increments of 300 K between 1300 and 3100 K. In this analysis, the optimum energy conversion efficiency values of GaSb solar cell structure have been detected to be 21.57%. Opinions about the feasibility, efficiency and development of thermophotovoltaic energy conversion systems are stated, and suggestions are presented.

中文翻译：

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废热回收系统中的热光伏应用：GaSb电池示例

在这项研究中，它的目的是评估高温GaSb电池热光电（TPV）系统中的真实数据。就有效利用余热，成本和效率而言，TPV系统被视为替代能源。TPV系统可以定义为将高温下从热源发出的废热能转换成电能的系统。在这种情况下，已经在实验室条件下确定了TPV GaSb细胞的效率和参数。通过选择GaSb光伏电池作为电池类型，已经研究了施加到电池上的高温向电能的转化。根据到目前为止所做的分析，已使用GaSb电池获得了TPV高温真实图形。使用的温度参数是电池温度和源温度。通过这些图表，可以确定能量效率，填充系数，开路电压和短路电流值的影响。在计算GaSb TPV电池系统的效率值的同时，以1300至3100 K之间的300 K为增量获取辐射源温度值。在此分析中，已检测到GaSb太阳能电池结构的最佳能量转换效率值为21.57％。提出了关于热电光伏能量转换系统的可行性，效率和发展的意见，并提出了建议。辐射源温度值在1300和3100 K之间以300 K递增。在此分析中，检测到的GaSb太阳能电池结构的最佳能量转换效率值为21.57％。提出了关于热电光伏能量转换系统的可行性，效率和发展的意见，并提出了建议。辐射源温度值在1300和3100 K之间以300 K递增。在此分析中，检测到的GaSb太阳能电池结构的最佳能量转换效率值为21.57％。提出了关于热电光伏能量转换系统的可行性，效率和发展的意见，并提出了建议。