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Comparison of DEA Rank Based Method with Assignment Weightage Method in Optimizing the Process Parameters for Solar Seed Sprayer

机译:基于DEA级法的比较了分配重量方法优化太阳能种子喷雾器工艺参数

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This paper presents a novel approach for the optimization of process parameters on solar seed sprayer with multiple responses based on comparing DEA Rank based Method with Assignment weightage Method. These two methods have a series of steps from of proposed approach which are capable of decreasing uncertainty caused by engineering judgment in the Taguchi method. Experiments are conducted by varying the solar parameters related to solar radiation and solar panel area. In this study, process parameters namely solar radiation, solar panel areas are optimized with the considerations of multi responses such as voltage and current. Two factors and three levels were taken to conduct the experiments with the range 300-600 mW/cm~2 for solar radiation and with solar panel area from 6.45 cm~2 to 9.67 cm~2. The two methods show a good convergence with the experimental data and the optimum process parameters combinations where maximum voltage and maximum current are obtained.
机译:本文提出了一种新的方法,用于利用DEA秩基法与分配重量法的比较DEA级法测定太阳能种子喷雾器处理参数的新方法。这两种方法具有来自所提出的方法的一系列步骤,其能够降低由Taguchi方法中的工程判断引起的不确定性。通过改变与太阳辐射和太阳能电池板区域相关的太阳能参数进行实验。在本研究中,过程参数即太阳能辐射,太阳能电池板区域通过考虑如电压和电流进行了多次响应进行了优化。采用两个因素和三个级别进行太阳辐射的300-600 mW / cm〜2的实验,太阳能电池板面积为6.45厘米〜2至9.67cm〜2。这两种方法显示出良好的收敛性,实验数据和最大电压获得最大电流和最大电流的最佳过程参数组合。

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