Modeling And Analysis Of Fuzzy Logic Based Fuel Cell Power Generation For Non Linear Applications

Authors

  • PADMASETTY KASIRAO P.G Student, QIS College of Engineering & Technology(Autonomus).,Ongole, Prakasm-523002
  • Dr S.RAVINDRA Professor, QIS College of Engineering & Technology(Autonomus).,Ongole, Prakasm-523002.
  • K.V.THULASI RAM Asst.Prof, N.B.K.R.I.S.T(Autonomus).,vidyanagar, Nellore-524413.

Keywords:

wave power generation system (WPGS), linear permanent magnet generator (LPMG), Archimedes wave swing (AWS), Super-Capacitor (SC)

Abstract

This paper proposes Fuzzy logic
controller (FLC) for generating the proper pulses for
fuel cell power generation system. In this paper single
fuzzy logic controller is preferred for damping the
oscillations in the fuel cell voltage and fuel cell current.
The alternating phase shift control (APS) is utilized to
compensate the voltage unbalanced on the switches and
also maintained effective reliability when over loaded
conditions. The middle level approachment among the
APS and interleaving technology which is utilized better
performance. The implemented algorithm which can
compensate the harmonics and voltage stress problems
effectively by the APS controller. Finally the simulated
models are tested and verifies within the
MATLAB/SIMULINK with breakdown conditions

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Published

2017-10-25

How to Cite

PADMASETTY KASIRAO, Dr S.RAVINDRA, & K.V.THULASI RAM. (2017). Modeling And Analysis Of Fuzzy Logic Based Fuel Cell Power Generation For Non Linear Applications. International Journal of Advance Engineering and Research Development (IJAERD), 4(10), 212–218. Retrieved from https://ijaerd.org/index.php/IJAERD/article/view/3804

Issue

Vol. 4 No. 10 (2017): Volume 4 Issue 10 OCTOBER-2017

Section

Articles