| In terms of the construction of electric power projects, because of its large investment, long construction period, huge impact on the national economy and many other features, it is belong to major infrastructure projects related to the national economy. So the comprehensive evaluation of it is of great significance. Otherwise, as the electric power industry is the major basic industries of the countries in the energy field, electricity is the lifeblood of a modern national economy. So, the importance of the construction of power projects is higher than all other infrastructure constructions. Because of the power transmission construction projects is one of the important parts of it, the importance of the comprehensive evaluation of that is on the most!Based on upon, the construction company in the building of its implementation must be repeatedly evaluating and demonstrating to ensure its feasibility before constructing. Therefore, a reasonable integrated evaluation for electric power projects ensures that the project could be finished on time, more quality, on quantity and operationally. The comprehensive evaluation of electric power projects have the great significance in many areas such as economic development, social development, technological improvements, population migration, and many other major issues related to people’s livelihood. This paper introduces a more scientific and rational combinational comprehensive evaluation algorithm based on AHP and fuzzy comprehensive evaluation to the evaluation of the feasibility of the electric power projects. Because of its rationality and scientific nature, this method can be spread generally in all electric power construction areas. |
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