Modeling of Fuel Cell Electrical Supply Management System for Onboard Marine Application
Journal Title: International Journal of Advanced Research in Computer Engineering & Technology(IJARCET) - Year 2013, Vol 2, Issue 4
Abstract
This paper presents the design of A dynamic model of the PROTON EXCHANGE FUEL CELL (PEMFC) developed in MATLAB for the marine applications of renewable power generation in on board ships or commercial vessels.. A three phase inverter has been modeled and connected between the PEMFC-DC-AC system on the one side and the utility grid on the other side through an ideal transformer. Modeling and simulation study of a PEMFC power system is investigated in this paper. A validated PEMFC dynamic model is used to model the fuel cell system. A three phase inverter has been modeled and connected between the PEMFC power system on one side and the utility grid on the other side through an ideal transformer. A MPPT system is also included in the system to improve the maximum power conditions of the PEMFC. Hence a fuel cell system suitable for the marine application is developed.
Authors and Affiliations
K. Mercy Rosalina , K. Nirmala Kumari , Dr. N. Prema Kumar
Keywords
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