Research on Optimization Method of Electric Power Engineering Pricing Cost Standards Measurement——Empirical analysis based on GRA-MC model
The engineering pricing cost standard is an important basis for determining the cost of construction projects,and has a significant impact on precise investment and scientific pricing formation.With the development and application of new technologies in power engineering construction,the calculation and management of current engineering pricing cost stan-dard face new development requirements and challenges.Optimizing the calculation process of power engineering pricing cost standards has practical significance.This article applies mathematical statistical theories and methods such as grey correlation analysis and Monte Carlo simulation to key modules such as factor analysis,level calculation,and verification in cost standard calculation,forming a scientific and efficient optimization method system for power engineering pricing cost standard calculation based on GRA-MC.Taking the calculation of vertical transportation cost standards in A-type substation engineering as an ex-ample for empirical analysis,the research results show that the measured vertical transportation cost standards nave certain repre-sentativeness and coverage,and can serve as a reference for guiding the calculation and horizontal analysis of actual engineering cost standards.It can provide useful reference for efficient updating and adjustment of cost standards and lean management of engineering investment.
electric power engineering pricingcost standardcalculation optimizationGRA-MC
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