Abstract
Energy consumption of agricultural production is increasing and rural urbanization has become a serious issue waiting for people to solve. Agriculture & Solar complementary roof power generation projects can make the sustainable development of agricultural production and solve the negative effect of the rural urbanization. But in the decision-making of the agriculture & solar complementary roof power generation, there are some problems: first, it is lack of the criteria system and the effective decision model to help the decision makers. Second, the weight calculation is usually more complicated, and the calculation of the entropy weight cannot fully reflect the information important degree. Third, interval number group decision making method has a great many uncertainties. So in order to solve the above problems, the following work has been done in this study: the criteria system of the Agriculture & Solar complementary roof power generation project is analyzed and established; the modified interval entropy method determines the weight of criteria and sub-criteria for solving the defects of the weight calculation. Next, the methods of describing the interval numbers with probability function and the modified dominance is proposed to to improve the accuracy of decision-making. Finally, a case study is given and by sensitivity analysis verified the reliability and operability.
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