A power distribution network engineering design parameter analysis model

Abstract

A power distribution network engineering design parameter analysis model involves establishing an engineering design parameter system database and establishing an engineering design parameter analysis model. The model of the invention can assist a review expert to rapidly, accurately and intelligently evaluate reasonability of engineering cost, innovate a review mode and raise the review efficiency. Problems such as unification of design, review and measurement standards and large amounts of review work in different professions are solved. The efficiency and quality of the review of the power distribution network engineering design are greatly improved; and improvement and investment control of a power distribution network engineering design scheme are highly efficiently and accurately guided.

Description

technical field [0001] The invention relates to a distribution network engineering design parameter analysis model, which belongs to the field of power systems. Background technique [0002] With the continuous deepening of power system reform and the sustained and rapid growth of the national economy, as the scale of investment increases, the impact of project cost levels on the development of power grids is becoming more and more significant, and the cost of power grid projects has therefore attracted much attention. The distribution network generally adopts closed-loop design and open-loop operation. The entire distribution network structure is huge and complex. Technical and economic experts generally evaluate it based on their own experience when analyzing the cost. There is a lack of a set of scientific, reasonable and effective evaluation standards, which cannot be very good. Controlling distribution network project investment in a certain degree restricts the develop...

AI Technical Summary

Problems solved by technology

The distribution network generally adopts closed-loop design and open-loop operation. The structure of the entire distribution network is huge and complex. Technical and economic experts generally evaluate it based on their own experience when analyzing the cost. There is a lack of a set of scientific, reasonable and effective evaluation standards, which cannot be very good. Controlling the investment of distribution network projects in a certain degree restricts the development of distribution network construction decision-making and project investment management in the direction of leanness, standardization and intelligence