BIM technology-based reservoir formation verification method

Abstract

The invention provides a BIM technology-based reservoir formation verification method. The method comprises the following steps of (1) performing modeling; (2) performing coloring; (3) performing analysis; (4) setting a plan; and (5) performing display. Leakage boundary conditions and potential geological defects of a reservoir area are comprehensively analyzed by adopting a BIM technology, and reservoir filling generation conditions are demonstrated, so that the working efficiency and effect can be improved; intuitive three-dimensional comprehensive analysis of the whole reservoir area is performed through the BIM technology, so that the deficiencies of insufficiently comprehensive consideration, easy data omission and the like due to analysis in combination with a text report and a two-dimensional drawing are overcome, and the intuitiveness and accuracy of analytic demonstration are greatly improved; and scheme optimization comparison and selection can be performed in a BIM according to engineering treatment measures needed to be adopted for reservoir formation and obtained by demonstration of the BIM technology, then a selected scheme is simulated and implemented, and the formed reservoir filling effect is viewed and checked in an animation display form, so that the effectiveness and operability of scheme demonstration and specific engineering measures are improved.

Description

technical field [0001] The invention relates to a verification method for reservoir formation based on BIM technology. Background technique [0002] China's water resources are very rich, mainly distributed in the Tibet Autonomous Region in the southwest, Sichuan and Yunnan and other provinces on the big rivers. Hydropower resources are clean and renewable energy. The development of hydropower can save energy, reduce emissions, and protect the environment. It is in line with the national sustainable development strategy. At the same time, it can transform the resource advantages of the western region into economic advantages and promote the economic and social development of the western region. It is the key to the development of the western region. important measure. Southwest China is the main battlefield for China's current and future hydropower construction. However, the southwest region is also the main concentration of karst areas. The karst area in Southwest China ...

AI Technical Summary

Problems solved by technology

In the process of survey and demonstration, the traditional survey data processing method and comprehensive analysis platform lack sharing and intuitiveness, especially in the demonstration process of seepage field simulation analysis and calculation, seepage treatment, etc., it is difficult to express intuitively, and the work efficiency is low