Booster station site selection system based on automatic route selection of in-plant road of wind power plant and site selection method

Abstract

The invention provides a booster station site selection system based on automatic route selection of an in-plant road of a wind power plant. The system comprises (1) a data collector used for collecting complete three-dimensional topographic data of a geographic scene of the in-plant road of the wind power plant; (2) a digital topographic model generator used for establishing a three-dimensional plant model of the wind power plant; (3) a construction quantity calculator used for calculating the construction quantity of a booster station; (4) a route planner used for adaptively generating a booster station construction route design scheme by integrating the three parameters of a shortest distance, an optimal gradient and minimum booster station construction road cut-fill; (5) a booster station position calculator used for calculating an average shortest distance reaching all fan positions on the basis of obtaining a shortest booster station construction road design scheme and adopting aminimum average distance algorithm to determine an optimal site of the booster station; and (6) a displayer and an interface used for displaying a two-dimensional construction drawing of the boosterstation of the wind power plant and exporting the two-dimensional construction drawing. The invention furthermore discloses a corresponding site selection method.

Description

technical field [0001] The invention relates to the technical field of wind power development, in particular to the site selection of a booster station during road construction of a wind farm in the wind power industry, and belongs to the technical field of lean development of the wind power market. Background technique [0002] The wind farm is the basic operation and management unit of the wind power enterprise, and the operation management of the wind farm directly affects the benefit of the wind power enterprise. With the continuous expansion of the installed capacity of various wind power enterprises and the continuous increase in the number of wind farms, the original wind farms such as passive, intermittent and extensive operation and maintenance methods have gradually changed into active, continuous and lean operation and maintenance methods. During the transformation process, the concept of digital wind farms with different characteristics was proposed, and some dem...

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Problems solved by technology

[0004] The A* algorithm is a best-first algorithm. However, due to some specific constraints, if you want to use the fastest method to find the shortest path and the optimal path of the wind farm state space search, the algorithm is The path-finding requirements cannot be fully met.

The wind farm booster station needs to choose an area with relatively convenient traffic, which is conducive to the transportation of construction equipment and materials, large-scale equipment, and the reduction of road investment in the station. In the process of selecting the location of the wind farm construction booster station, the application of three-dimensional terrain data There are few reports, and the calculation of the construction earthwork volume as a reference factor other than the length and difficulty of the line has not been reported.

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