配电自动化系统中无线通信方式优选模型

为了实现配电自动化系统各类通信方式经济技术指标的最优组合，提出基于区间数决策理论的配电自动化系统无线通信方式优选数学模型。分别运用线性规划理论和最大偏差分析法得到指标的主、客观权重值，基于加法原理融合主客观权重信息得到指标的综合权重值。以双基点排序法为基础。定义了相对最优方案、相对最劣方案、绝对最优方案、绝对最劣方案，通过计算待选通信方式的优属度值，实现配电自动化系统无线通信方式的科学选取，为决策者选择最优通信方式提供了参考依据。通过一个实际算例分析，并与现有方法进行比较，验证了该模型的有效性和优越性。

Optimization Model for Wireless Communication Modes in Distribution Automation Systems

In order to get an optimized combination of the economic and technology indicators for various communication modes in distribution automation systems, this paper proposes an optimization mathematical model tbr the wireless communication modes used in the distribution automation systems based on the interval numbers decision theory. The subjective and objective weights are calculated by the linear programming theory and the maximum deviation method respectively, and then the comprehensive weight is calculated by integrating the subjective weight and objective one using the addition fusion principle. The double base points ranking method is introduced to define the relative optimal scheme, the relative worst scheme, the absolute optimal scheme and the absolute worst scheme. Further, by calculating the degree value of the selected communication mode, the mode can scientifically select a wireless communication mode for distribution automation system, and can provide a reference lbr the decision-maker to choose the optimal communication mode. Through a practical example analysis and comparison of the existing methods, the validity and superiority of the model is verified.