摘要
Energy preservation is one of the key components in developing eco-friendly machines.In industry,the majority of machines lose a considerable amount of energy through mechanical vibrations.However,the wasted energy through vibration can be utilized as a renewable energy source to compensate for the overall energy loss.The research work presented in this paper discusses the ability to design a linear power generator utilizing Nd Fe-B magnets,which can generate energy through mechanical vibrations.A pilot model was developed and simulated to understand the efficiency and limitation.The results showed that the model could reduce 14% rotor bulk with a marginal impact on the current generation.
作者简介
MAA KARUNARATHNA,received his M.Phil.degree from department of Electronics&Telecommunication Engineering,University of Moratuwa,2007 and Ph.D.from department of Electronics,Wayamba University of Sri Lanka,2020.He is currently working as a senior lecturer at department of Electronics,Wayamba University of Sri Lanka.Email:asanka_eltn@wyb.ac.lk;KAM DHANURANGA,received his B.Sc joint major degree from faculty of Applied Sciences,Wayamba University of Sri Lanka and M.Sc.in Applied Electronics at University of Colombo.Email:malithdhanuranga@gmail.com
