Testing, detecting and controlling integration experiment method of wind power generator

Abstract

The invention discloses a testing, detecting and controlling integration experiment method of a wind power generator, wherein a desktop control console is a dynamic detection and control part, and a background is a static parameter setting and information inquiry part. The method disclosed by the invention comprises the following steps of: (1) selecting a test table position; (2) selecting a test item; (3) entering into a test operation interface; (4) setting test parameters; (5) acquiring test data, monitoring test state, controlling working state of a generator; and (6) generating a report, and printing a test report. The testing, detecting and controlling integration experiment method of the wind power generator has a concise control interface, is flexible to control and is simple and convenient to operate; in a test process, parameters are automatically detected, imbalance can be alarmed automatically, and safety is greatly improved; data of the test report can be acquired and stored in real time and smoothly fitted with curves; and test result is accurate, system logicality is strong, and intelligent operation is realized, thus the method disclosed by the invention is applicable to tests on wind power generators with different pole numbers and different capacities.

Description

technical field [0001] The invention relates to a method for wind power generator test, detection and control integration experiment. Background technique [0002] The test of wind turbines is a necessary process for the large-scale promotion and use of generators; the test and detection of generator performance and use status is also an important measure to ensure the safe use of generators, combined with the relevant standards of wind turbine tests in my country , with reference to the German motor test standard, the test items of the doubly-fed wind turbine are determined: static test, variable ratio test, stall test, load test, asynchronous load thermal test, load thermal test of inverter with rotor, measurement of harmonic current, Power and speed characteristic curve test with rotor inverter, overspeed test, no-load test, vibration measurement, noise test, etc.; the parameter setting of the generator can control the generator in real time, adjust the working state of the...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to solve the deficiencies of the existing generator test system, provide a new type of wind power generator test, detection and control integrated experimental method, overcome the traditional test system interface complex, cumbersome operation; no automatic detection and alarm function, The safety performance of the system is poor; the test data cannot be collected in real time; the test results are inaccurate and other shortcomings