Energy conversion dynamic simulation experiment platform based on permanent magnet wind turbine generator and test method

Abstract

The invention provides an energy conversion dynamic simulation experiment platform based on a permanent magnet wind turbine generator. The experiment platform is characterized in that the experiment platform mainly comprises an anemometer tower, a PC machine, a PLC control cabinet, a squirrel cage asynchronous motor, a permanent magnet synchronous generator, grid-connected switch cabinets and a feeder cabinet; the squirrel cage asynchronous motor is connected with the permanent magnet synchronous generator; the squirrel cage asynchronous motor is connected with one grid-connected switch cabinet through one full power converter; the permanent magnet synchronous generator is connected with the other grid-connected switch cabinet through the other full power converter; two grid-connected switch cabinets are connected with the feeder cabinet together; the feeder cabinet is connected with a power grid through a distribution transformer; the anemometer tower is connected with the PC machine; the PC machine is connected with the PLC control cabinet; the PLC control cabinet is connected with two full power converters. According to the invention, experiment personnel can deeply understand relevant principles and relevant control technologies of wind power generation, so as to carry out further study.

Description

Technical field: [0001] The invention belongs to the field of higher education instruments and equipment for wind power generation. It is used for the experiment and teaching of the two major wind power generator sets of permanent magnet synchronous and squirrel cage asynchronous, and can conduct experiments on the key components of the whole machine and the wind power generation system. Background technique: [0002] Most of the early wind turbines were squirrel-cage asynchronous wind turbines, which had the advantages of simple structure, low price, convenient maintenance, and large speed variation range, and were suitable for the development and application of early wind power generation. At present, the three types of generators with the highest market share in large wind turbines are doubly-fed induction generators, permanent magnet synchronous generators and electric excitation synchronous generators. Due to the advantages of high power generation efficiency, good rel...

AI Technical Summary

Problems solved by technology

[0005] Purpose of the invention: The present invention provides an energy conversion dynamic model test bench and test method based on a permanent magnet wind

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