Design and Application of Wind Power Virtual Experimental Platform for the New Engineering Talent Cultivation

Abstract

Abstract: A set of virtual simulation experimental platform of wind power generation is designed and applied in practical teaching for assisting carbon reduction from the perspective of new engineering talent cultivation. Firstly, the overall framework of the virtual simulation platform is built. Then, the basic experiments are set up, which include variable pitch control experiment, rectifier and inverter vector control experiments. Moreover, the low-loss operation of generator and control strategy for grid-connected inverter under unbalanced voltage conditions are designed as developed experiments, which on the premise of analyzing the actual engineering background. Finally, the artificial intelligent technology is adopted to complete the whole assessment of the experimental courses, which including experiment preparation test, real-time evaluation of experimental results and automatic preliminary evaluation of summary report. The practical application results show that the virtual simulation experimental platform complements the theory course effectively, and improves innovation ability of students’ for solving complex engineering problems in the field of wind power generation.

Key words: Wind power, Carbon peak and neutrality targets, New engineering, Virtual simulation, Complex engineering problems, Training of talents

CLC Number:

TM614-4
G642

MIAO Lei, LI Qing, YANG Xu, CUI Jiarui, GUO Dianyu. Design and Application of Wind Power Virtual Experimental Platform for the New Engineering Talent Cultivation[J]. The Theory and Practice of Innovation and Enntrepreneurship, 2023, 6(6): 45-47.

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