STUDY AND DESIGN OF AUTOMATIC PAVING SYSTEM OF GLASS FIBER CLOTH FOR M-W CLASS WIND TURBINE BLADE

Abstract

Abstract: In order to resolve the problems as high labor intensity, low efficiency and being harmful to health of artificial laying of glass fiber cloth on wind turbine blades, this paper designed a set of automatic laying system of glass fiber cloth on wind turbine blades, based on principle and working procedure of artificial laying of glass fiber cloth on wind turbine blades. Adopting the advanced sensing information acquisition technology, the control principle and technology and the information fusion technology, this system can optimize the path planning and adjust the roll posture and placement speed, according to the profile of the blade. The motion trajectory of the system is precisely controllable, and the cloth roller posture and rotation speed are adjusted adaptive. The results show that the designed paving system has better stability, high paving efficiency, and a strong engineering application value, and it can also greatly reduced labor intensity.

Key words: wind turbine blades, automatic laying, path planning, adaptive

CLC Number:

TB332

CHEN Chuan-xun, ZHANG Hua-qiang, LIU Wei-sheng, YANG Xian-hai. STUDY AND DESIGN OF AUTOMATIC PAVING SYSTEM OF GLASS FIBER CLOTH FOR M-W CLASS WIND TURBINE BLADE[J]. Fiber Reinforced Plastics/Composites, 2019, 0(6): 49-52.

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