Flat-landform blower fan optimization arrangement method for a region with remarkable monsoon climate

Abstract

The invention proposes a flat-landform blower fan optimization arrangement method for a region with the remarkable monsoon climate, and belongs to the technical field of blower fan optimization arrangement. The method comprises the steps: obtaining raw data of a wind power plant; obtaining the range of the wind power plant according to the obtained geographic information; determining the number of columns of wind generating sets according to the range of the wind power plant; determining three influence factors (an arrangement angle alpha, a deviation separation distance ratio I, and a longitudinal separation distance ratio j) of flat-landform blower fan optimization arrangement in the region with the remarkable monsoon climate, and determining the reasonable value ranges of the influence factors; carrying out related statistics and analysis according to the obtained results of an orthogonal experiment; and determining the optimal values of the influence factors, so as to obtain the optimal arrangement scheme of the wind generating sets of the wind power plant. The method solves a technical problem that how to obtain a blower fan arrangement scheme suitable for the region with the remarkable monsoon climate through the extraction of more complete main factors affecting the arrangement of the wind generating sets.

Description

Technical field [0001] The invention relates to the technical field of fan optimized arrangement, and in particular to a method for optimizing the arrangement of flat terrain fans in regions with obvious monsoon climate. Background technique [0002] The optimal layout of wind power generators (referred to as "fans") refers to the use of specific optimization algorithms to make the layout of wind power generators more reasonable and make the overall benefits of the entire wind farm better. For regions with obvious monsoon climate, the main influencing factor of the optimal layout of flat-terrain wind turbines is the wake influence between the wind turbines, which is mainly caused by the relative positions of the wind turbines. The optimal position of wind turbines can be achieved either by the enumeration method, that is, calculating the possibility of various combinations; or by means of experimental methods under appropriate manual intervention, that is, by combining mathematic...

AI Technical Summary

Problems solved by technology

In a multifactorial experiment, when the number of factors and levels increases, if a comprehensive experiment is conducted and all treatments are arranged in one experiment, the number of experimental treatments and the number of test units will increase sharply, and it is very difficult to arrange all treatments in one experiment

Images