A comprehensive evaluation model of power quality based on blind number and variable fuzzy sets theory

H. Zhong, Qingmin Li
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引用次数: 6

Abstract

Given that dynamically variability and uncertainty (randomness, fuzziness, grayness and unsacertainty) exist in comprehensive evaluation of power quality, this paper described and treated the uncertainty information reasonably in index parameter, boundary and weight. Based on the variable fuzzy sets evaluation method, blind number theory was introduced into power quality evaluation to deal with the uncertainty problems, and a comprehensive evaluation model based on blind number and variable fuzzy sets theory was proposed. Superiority and effectiveness of the suggested method can be verified by case study, therefore, the model can be used to evaluate power quality in the power quality management.
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基于盲数和变量模糊集理论的电能质量综合评价模型
针对电能质量综合评价中存在的动态可变性和不确定性(随机性、模糊性、灰色性和不确定性),从指标参数、边界和权重等方面对不确定性信息进行了合理描述和处理。在变模糊集评价方法的基础上,将盲数理论引入电能质量评价中处理不确定性问题,提出了一种基于盲数和变模糊集理论的综合评价模型。通过实例分析验证了该模型的优越性和有效性,可用于电能质量管理中的电能质量评价。
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