根据中国配电网的发展特点和基本属性,在保证评估指标的科学性和可靠性的前提下,从电网运行、环境效益、分布式发电效益、经济效益、资源利用效率5个方面提出了适应于配电网综合能效评估的指标体系。针对目前配电网能效缺乏量化评估方...根据中国配电网的发展特点和基本属性,在保证评估指标的科学性和可靠性的前提下,从电网运行、环境效益、分布式发电效益、经济效益、资源利用效率5个方面提出了适应于配电网综合能效评估的指标体系。针对目前配电网能效缺乏量化评估方法的问题,提出了新的配电网综合能效评价方法,即集DEMATEL、网络分析(analytic network process,ANP)法、反熵权(anti-entropy weight,AEW)法、逼近理想解排序法(technique for ordey preference by similarity to ideal solution,TOPSIS)于一体的主、客相结合的DEMATEL-ANP-AEWTOPSIS组合方法,并用该方法量化各个层次指标的权重以确定能效评估模型。实际算例结果验证了所提模型和方法可行、实用。展开更多
Energy efficiency assessment of distribution network containing distributed generation is one of the core contents of power grid construction. Aiming at the lack of a quantitative evaluation method for energy efficien...Energy efficiency assessment of distribution network containing distributed generation is one of the core contents of power grid construction. Aiming at the lack of a quantitative evaluation method for energy efficiency of distribution network containing distributed generation, a novel energy efficiency assessment method based on the super-efficiency model is proposed. Starting from the basic elements and operational requirements of the distribution network containing distributed generation, the energy efficiency assessment metric set is constructed. On this basis, the concept of generalized energy efficiency function is defined, and the super-efficiency model is used to assess the energy efficiency of the distribution network containing distributed generation. Finally, an example is given to evaluate and analyze energy efficiency. The results confirm the validity of the proposed method.展开更多
文摘根据中国配电网的发展特点和基本属性,在保证评估指标的科学性和可靠性的前提下,从电网运行、环境效益、分布式发电效益、经济效益、资源利用效率5个方面提出了适应于配电网综合能效评估的指标体系。针对目前配电网能效缺乏量化评估方法的问题,提出了新的配电网综合能效评价方法,即集DEMATEL、网络分析(analytic network process,ANP)法、反熵权(anti-entropy weight,AEW)法、逼近理想解排序法(technique for ordey preference by similarity to ideal solution,TOPSIS)于一体的主、客相结合的DEMATEL-ANP-AEWTOPSIS组合方法,并用该方法量化各个层次指标的权重以确定能效评估模型。实际算例结果验证了所提模型和方法可行、实用。
文摘Energy efficiency assessment of distribution network containing distributed generation is one of the core contents of power grid construction. Aiming at the lack of a quantitative evaluation method for energy efficiency of distribution network containing distributed generation, a novel energy efficiency assessment method based on the super-efficiency model is proposed. Starting from the basic elements and operational requirements of the distribution network containing distributed generation, the energy efficiency assessment metric set is constructed. On this basis, the concept of generalized energy efficiency function is defined, and the super-efficiency model is used to assess the energy efficiency of the distribution network containing distributed generation. Finally, an example is given to evaluate and analyze energy efficiency. The results confirm the validity of the proposed method.
