Expert system for designing wind power station

Abstract

The invention provides an expert system for designing a wind power station and belongs to the technical field of designing of the expert system. The system comprises an existing wind power station construction wind-measuring tower data module, an existing wind power station construction meteorological station data module, a new construction initial input data module, a wind resource analysis module, a wind power set data module and a wind power set type-selecting module, wherein the new construction initial input data module is used for inputting new wind power station construction initial data; the wind resource analysis module generates a wind resource analysis graph by using the initial data provided by the new construction initial input data module and in reference to the relevant data, which is provided by the existing wind power station construction wind-measuring tower data module and the existing wind power station construction meteorological station data module, of a plurality of existing wind power stations which are adjacent to a new wind power station; the wind power set data module is used for establishing a wind power set data table; and the wind power set type-selecting module recommends the optimal type and distribution of a wind power set according to wind resource data obtained by the wind resource analysis module and according to wind power set data providedby the wind power set data module. The system solves the technical problem that the wind power stations cannot be reasonably and accurately designed.

Description

technical field [0001] The invention relates to an expert system, in particular to a wind farm design expert system. Background technique [0002] As an ideal renewable energy source and an alternative to conventional fossil energy sources, wind power has developed rapidly around the world in recent years. China's wind power installed capacity has doubled for five consecutive years since 2005. By the end of 2010, the cumulative installed capacity reached 42 million kilowatts, and the total installed capacity of wind power ranked first in the world. [0003] The design of wind farms will have a profound impact on the future operation of wind power projects, and the design of wind farms begins with the initial macro location selection. At present, there are only single-function wind resource data processing software, wind farm optimization and power generation calculation software, which can only analyze and process a single specific raw data, and there is no use of existing ...

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Problems solved by technology

At present, there are only single-function wind resource data processing software, wind farm optimization and power generation calculation software, which can only analyze and process a single specific raw data, and there is no use of existing wind farm original technical parameters and actual operating technical parameters for reference for new projects. integrated processing system

The existing wind farm design system has a single function and can only complete a single function of data analysis and power generation calculation. It cannot combine the basic data and design parameters of the actual wind power projects around the new project for reference. Induction, sorting and reanalysis of a large amount of basic data and design parameters in the field cannot guide the selection of design parameters for new wind farms, and cannot automatically generate to meet the requirements of the "Wind Farm Project Feasibility Study Report Preparation Method" (Development and Reform Energy [2005] 899 No.) wind resource analysis and power generation calculation report

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