| In this paper, the multilevel fuzzy evaluation analysis is used in the model of smart grid scheduling support system project, not only from the single factor analysis of the feasibility of the project, but also from the perspective of the overall combination of qualitative analysis and quantitative analysis method, to ensure the accuracy of the evaluation results.In this paper, the main research contents are as follows:(1)It describes the background and significance of the research about the Shenyang Smart Grid Scheduling Support System of post evaluation, as well as a comprehensive evaluation on the research status at home and abroad, and the main research method of this paper.(2)It describes the basic theory of the project post evaluation which involves the meaning and basic requirements.The main contents of the project post evaluation include the economic conditions, the technical conditions and social conditions and so on. It’s said that the basic principles, the basic program and characteristics of the post project evaluation.(3)The evaluation index system is founded in the model of smart grid scheduling support system project.The index system consists of the technology evaluation, the social evaluation, economic evaluation and practical evaluation.At last the general evaluation index system is constructed.(4)It’s built the project post evaluation of Shenyang Smart Grid Scheduling Support System which is used AHP to determine weights. It includes the introduction of AHP and the steps of using AHP to determine the weights. The fuzzy comprehensive evaluation method includes the basic content and the steps. By these measures, it builds he project post evaluation of the Shenyang Smart Grid Scheduling Support System.(5)It is post evaluated the Shenyang Smart Grid Scheduling Support System which include the project overview and the project evaluation index analysis.The project evaluation index analysis include the economic evaluation, social evaluation index analysis and technical evaluation index analysis.After the project to determine the weighing values of assessment indexes including smart grid scheduling system project level to determine index weight and secondary index weight determining smart grid scheduling system project, determine the membership degree of each index including evaluation levels and determine the index membership degree, the smart grid dispatching system projects fuzzy comprehensive evaluation including smart grid scheduling system sheer level fuzzy comprehensive evaluation and multi-level fuzzy comprehensive evaluation of the smart grid project and so on. |