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Single Phase Axial Flux Permanent Magnet Alternator using PCB Stator

Author(s):

Mr. Jondhale Kiran M. , S.N.D C.O.E & RC YEOLA; Mr. Bhalerao Vishal D., S.N.D C.O.E & RC YEOLAS; Mr. Patil Rahul D., S.N.D C.O.E & RC YEOLAS; Prof. Subhan M.A., S.N.D C.O.E & RC YEOLA

Keywords:

PCB, Neodynamic magnet (NdFeB), Iron disc, Bearing, shaft

Abstract

Single phase Axial Flux Permanent Magnet Alternators (AFPMA) is a choice for small-scale off-grid wind turbine applications. Made up of alternators of this type often require stators to also be built from scratch. The winding of stators for an axial flux alternator is tedious and complicated. Recently, printed circuit board stators have used in the market place. The performance of these radical new stators has, until now, been unknown. With rapid development of technology the Wind energy is recently the more cost-effective energy source to produce electricity among various renewable energy sources with significant growth of power capacity installed worldwide, various wind turbine concepts with different generator systems have been developed and made up of to maximize the energy meeting, to minimize costs, to improve power quality. There for It was the purpose of this research paper to made up of and test an single phase AFPMA using these new Printed Circuit Board (PCB) stators.

Other Details

Paper ID: IJSRDV5I20805
Published in: Volume : 5, Issue : 2
Publication Date: 01/05/2017
Page(s): 989-991

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